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KIM, JOON WON (김준원)
Dept of Mechanical Engineering(기계공학과)
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FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||FABRICATION:6||CONTACTANGLE:5||WETTABILITY:4||FLOW:4||Microfluidics:3||Liquid spreading:3||SURFACE WETTABILITY:3||NANOFLUIDS:3||Critical heat flux:3||Capillary wicking:3||Pool boiling:3||ONACHIP:2||DEVICES:2||SURFACES:2||CHF ENHANCEMENT:2||surface energy:2||CHIP:2||Natural heat convection:2||VIBRATION:2||NANOFLUID:2||SENSITIVITY:2||SYSTEM:2||ARRAY:2||Contact line friction:2||Drop oscillation:2||SIZE:2||POOL:2||solidliquid interfaces:2||HEAT:2||ELECTROWETTINGBASED ACTUATION:2||Resonance frequency:2||wetting:2||THERMAL ACCELEROMETER:2||microswitch:2||CHALLENGES:2||CONTACT LINE:2||Microstructure:2||SYSTEMS:2||Microelectromechanical systems (MEMS):2||CELLCULTURE:2||Shape mode equation:2||Flow boiling CHF:2||Surface wettability:2||POROUS SURFACE:2||Contact angle hysteresis:2||SAMPLES:2||Inertial sensor:2||NANOFLUIDS:2||AC electrowetting:2||BIOCHIPS:2||SPHEROID CULTURE:2||TECHNOLOGY:2||SUPERHYDROPHOBIC SURFACES:2||THINFILMS:2||EWOD:2||OPTIMIZATION:2||MALDIMS:2||TISSUE:2||Trapandrelease:1||MICROFLUIDIC SYSTEMS:1||SUPERCAPACITORS:1||Labonachip:1||Device resettability:1||Spray/spin development:1||Liquidmetal droplet:1||Selective surface modification:1||RESISTANCE:1||micro conveyor:1||EWOD (electrowettingondielectric):1||MERGING LIQUID DROPLETS:1||STILL AIR:1||microelectromechanical systems (MEMS):1||ROUGHNESS:1||Crack propagation:1||Coated glass:1||Healing agents:1||DELIVERY:1||MICROARRAY:1||FUSION:1||Modular construction:1||Linear relationships:1||Parallel channel:1||Pneumatic liquids:1||Dispensers:1||OXIDE:1||Molecular biology:1||Microfabrication technology:1||Singlelayer pneumatic valve:1||Repeatability:1||ACCELERATIONTHRESHOLD:1||Nonwetting:1||EXPOSURE:1||COPPER:1||MERCURY MICRODROP:1||electrostatic actuation:1||FILMS:1||POROUS ALUMINA:1||High transmittance:1||Visible region:1||RELEASE:1||Spray nozzles:1||SHEETS:1||Cell immobilization:1||Singlecell analysis:1||AREA:1||HYDROPHOBIC MICROFLUIDICS:1||CIRCUIT:1||SMALL WATER DROPS:1||HEXAGONAL PORE ARRAYS:1||Coated materials:1||Transparency:1||CHEMISTRY:1||Novel strategies:1||Dualfunction elastomeric valve:1||Interference lithography:1||ARRAYS:1||VALVES:1||Photosensitive glass:1||ENERGY:1||electrostatic force:1||droplet switch:1||MERCURY:1||TECHNOLOGIES:1||HEAD:1||TOPOGRAPHY:1||Pneumatic dispensing, Living cell, Viability, Proliferation:1||BIOLOGY:1||ANGIOGENIN:1||Drops:1||Operating condition:1||Microfluidic networks:1||Singlemicrobead array:1||BEADS:1||DIGITAL MICROFLUIDIC CIRCUITS:1||LOWVOLTAGE:1||PARTICLES:1||liquidmetal droplet:1||POLYELECTROLYTE MULTILAYERS:1||Propagation of cracks:1||ENHANCED RAMANSCATTERING:1||Liquid dispensing:1||Wettability:1||Inertial switch:1||droplet:1||Accelerometer:1||Liquid metal droplet:1||SURFACE:1||liquidmetal:1||GROWTH:1||TEMPLATE:1||Selfhealing coating:1||CELLS:1||PROTEINPROTEIN INTERACTIONS:1||ASSAYS:1||Nozzle design:1||Removable trap:1||CELL:1||CONDUCTIVITY:1||CHF:1||Biochemical applications:1||Biochemical analysis:1||Periodic nanostructures:1||Uniformity:1||PHOTONIC CRYSTALS:1||THRESHOLD ACCELEROMETERS:1||WATER:1||ANODIC ALUMINUMOXIDE:1||FILM:1||Coatings:1||Cracks:1||High mechanical strength:1||Glass:1||HYDROGEL MICROPARTICLES:1||MICRODROPLETS:1||Dispensing systems:1||Single particle:1||CARBONFILMS:1||Cell manipulation:1||Microfluidicbased:1||Temporal controls:1||Sequential release:1||Microstructure:1||transportation:1||SOLIDSURFACES:1||SESSILE:1||shadow mask:1||NANORODS:1||Polymerized hydrogel:1||MICROBEADS:1||
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