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KANG, KWAN HYOUNG (강관형)

Dept of Mechanical Engineering(기계공학과)

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FILMS:4||ELECTROLYTESOLUTIONS:3||FLOW:3||numerical analysis:3||WATER:3||microchannel:3||MODEL:3||VIBRATION:3||PROTEINS:3||SURFACES:3||PREDICTION:2||DROPLETS:2||DNA:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CHARGE:2||eletroosmotic flow:2||CONTACT LINE DEPOSITS:2||CONDUCTIVITY GRADIENTS:2||containment and recovery:2||MASSSPECTROMETRY:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||ACTUATION:2||DYNAMICS:2||VOLTAGE:2||tandem oil fence:2||instability:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||LIQUID:1||DIELECTROPHORESIS:1||BEHAVIOR:1||CANCER:1||STABILIZATION:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||CONTACTANGLE:1||ENERGY:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||convection:1||SURFACTANT:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||BUBBLE:1||ELECTROLYTE:1||fluid flow velocity:1||FORCES:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||CONDUCTANCE:1||concentrationpolarization force:1||LIQUID DROPLETS:1||DEPOSITION:1||droplet:1||DNAMOLECULES:1||CONTACTANGLE SATURATION:1||CHANNELS:1||NONPOLAR LIQUIDS:1||HEATTRANSFER:1||ANGLE:1||ROUGH:1||SURFACE FORCES:1||CONTACT:1||evaporation:1||deformation of oil boom:1||BOOM:1||SLICK:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||LIQUIDFLUID SYSTEMS:1||WETTING TENSION:1||SOLID PARTICLES:1||PIV:1||ray tracing:1||CONVECTION:1||PLASMA:1||oil boom:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES:1||IONPAIRS:1||electric field:1||concentration gradient:1||FILMS:4||ELECTROLYTESOLUTIONS:3||FLOW:3||numerical analysis:3||WATER:3||microchannel:3||MODEL:3||VIBRATION:3||PROTEINS:3||SURFACES:3||PREDICTION:2||DROPLETS:2||DNA:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CHARGE:2||eletroosmotic flow:2||CONTACT LINE DEPOSITS:2||CONDUCTIVITY GRADIENTS:2||containment and recovery:2||MASSSPECTROMETRY:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||ACTUATION:2||DYNAMICS:2||VOLTAGE:2||tandem oil fence:2||instability:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||LIQUID:1||DIELECTROPHORESIS:1||BEHAVIOR:1||CANCER:1||STABILIZATION:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||CONTACTANGLE:1||ENERGY:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||convection:1||SURFACTANT:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||BUBBLE:1||ELECTROLYTE:1||fluid flow velocity:1||FORCES:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||CONDUCTANCE:1||concentrationpolarization force:1||LIQUID DROPLETS:1||DEPOSITION:1||droplet:1||DNAMOLECULES:1||CONTACTANGLE SATURATION:1||CHANNELS:1||NONPOLAR LIQUIDS:1||HEATTRANSFER:1||ANGLE:1||ROUGH:1||SURFACE FORCES:1||CONTACT:1||evaporation:1||deformation of oil boom:1||BOOM:1||SLICK:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||LIQUIDFLUID SYSTEMS:1||WETTING TENSION:1||SOLID PARTICLES:1||PIV:1||ray tracing:1||CONVECTION:1||PLASMA:1||oil boom:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES:1||IONPAIRS:1||electric field:1||concentration gradient:1||FILMS:4||ELECTROLYTESOLUTIONS:3||FLOW:3||numerical analysis:3||WATER:3||microchannel:3||MODEL:3||VIBRATION:3||PROTEINS:3||SURFACES:3||PREDICTION:2||DROPLETS:2||DNA:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CHARGE:2||eletroosmotic flow:2||CONTACT LINE DEPOSITS:2||CONDUCTIVITY GRADIENTS:2||containment and recovery:2||MASSSPECTROMETRY:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||ACTUATION:2||DYNAMICS:2||VOLTAGE:2||tandem oil fence:2||instability:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||LIQUID:1||DIELECTROPHORESIS:1||BEHAVIOR:1||CANCER:1||STABILIZATION:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||CONTACTANGLE:1||ENERGY:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||convection:1||SURFACTANT:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||BUBBLE:1||ELECTROLYTE:1||fluid flow velocity:1||FORCES:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||CONDUCTANCE:1||concentrationpolarization force:1||LIQUID DROPLETS:1||DEPOSITION:1||droplet:1||DNAMOLECULES:1||CONTACTANGLE SATURATION:1||CHANNELS:1||NONPOLAR LIQUIDS:1||HEATTRANSFER:1||ANGLE:1||ROUGH:1||SURFACE FORCES:1||CONTACT:1||evaporation:1||deformation of oil boom:1||BOOM:1||SLICK:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||LIQUIDFLUID SYSTEMS:1||WETTING TENSION:1||SOLID PARTICLES:1||PIV:1||ray tracing:1||CONVECTION:1||PLASMA:1||oil boom:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES:1||IONPAIRS:1||electric field:1||concentration gradient:1||FILMS:4||ELECTROLYTESOLUTIONS:3||FLOW:3||numerical analysis:3||WATER:3||microchannel:3||MODEL:3||VIBRATION:3||PROTEINS:3||SURFACES:3||PREDICTION:2||DROPLETS:2||DNA:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CHARGE:2||eletroosmotic flow:2||CONTACT LINE DEPOSITS:2||CONDUCTIVITY GRADIENTS:2||containment and recovery:2||MASSSPECTROMETRY:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||ACTUATION:2||DYNAMICS:2||VOLTAGE:2||tandem oil fence:2||instability:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||LIQUID:1||DIELECTROPHORESIS:1||BEHAVIOR:1||CANCER:1||STABILIZATION:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||CONTACTANGLE:1||ENERGY:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||convection:1||SURFACTANT:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||BUBBLE:1||ELECTROLYTE:1||fluid flow velocity:1||FORCES:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||CONDUCTANCE:1||concentrationpolarization force:1||LIQUID DROPLETS:1||DEPOSITION:1||droplet:1||DNAMOLECULES:1||CONTACTANGLE SATURATION:1||CHANNELS:1||NONPOLAR LIQUIDS:1||HEATTRANSFER:1||ANGLE:1||ROUGH:1||SURFACE FORCES:1||CONTACT:1||evaporation:1||deformation of oil boom:1||BOOM:1||SLICK:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||LIQUIDFLUID SYSTEMS:1||WETTING TENSION:1||SOLID PARTICLES:1||PIV:1||ray tracing:1||CONVECTION:1||PLASMA:1||oil boom:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES:1||IONPAIRS:1||electric field:1||concentration gradient:1||FILMS:4||ELECTROLYTESOLUTIONS:3||FLOW:3||numerical analysis:3||WATER:3||microchannel:3||MODEL:3||VIBRATION:3||PROTEINS:3||SURFACES:3||PREDICTION:2||DROPLETS:2||DNA:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CHARGE:2||eletroosmotic flow:2||CONTACT LINE DEPOSITS:2||CONDUCTIVITY GRADIENTS:2||containment and recovery:2||MASSSPECTROMETRY:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||ACTUATION:2||DYNAMICS:2||VOLTAGE:2||tandem oil fence:2||instability:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||LIQUID:1||DIELECTROPHORESIS:1||BEHAVIOR:1||CANCER:1||STABILIZATION:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||CONTACTANGLE:1||ENERGY:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||convection:1||SURFACTANT:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||BUBBLE:1||ELECTROLYTE:1||fluid flow velocity:1||FORCES:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||CONDUCTANCE:1||concentrationpolarization force:1||LIQUID DROPLETS:1||DEPOSITION:1||droplet:1||DNAMOLECULES:1||CONTACTANGLE SATURATION:1||CHANNELS:1||NONPOLAR LIQUIDS:1||HEATTRANSFER:1||ANGLE:1||ROUGH:1||SURFACE FORCES:1||CONTACT:1||evaporation:1||deformation of oil boom:1||BOOM:1||SLICK:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||LIQUIDFLUID SYSTEMS:1||WETTING TENSION:1||SOLID PARTICLES:1||PIV:1||ray tracing:1||CONVECTION:1||PLASMA:1||oil boom:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES:1||IONPAIRS:1||electric field:1||concentration gradient:1||FILMS:4||ELECTROLYTESOLUTIONS:3||FLOW:3||numerical analysis:3||WATER:3||microchannel:3||MODEL:3||VIBRATION:3||PROTEINS:3||SURFACES:3||PREDICTION:2||DROPLETS:2||DNA:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CHARGE:2||eletroosmotic flow:2||CONTACT LINE DEPOSITS:2||CONDUCTIVITY GRADIENTS:2||containment and recovery:2||MASSSPECTROMETRY:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||ACTUATION:2||DYNAMICS:2||VOLTAGE:2||tandem oil fence:2||instability:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||LIQUID:1||DIELECTROPHORESIS:1||BEHAVIOR:1||CANCER:1||STABILIZATION:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||CONTACTANGLE:1||ENERGY:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||convection:1||SURFACTANT:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||BUBBLE:1||ELECTROLYTE:1||fluid flow velocity:1||FORCES:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||CONDUCTANCE:1||concentrationpolarization force:1||LIQUID DROPLETS:1||DEPOSITION:1||droplet:1||DNAMOLECULES:1||CONTACTANGLE SATURATION:1||CHANNELS:1||NONPOLAR LIQUIDS:1||HEATTRANSFER:1||ANGLE:1||ROUGH:1||SURFACE FORCES:1||CONTACT:1||evaporation:1||deformation of oil boom:1||BOOM:1||SLICK:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||LIQUIDFLUID SYSTEMS:1||WETTING TENSION:1||SOLID PARTICLES:1||PIV:1||ray tracing:1||CONVECTION:1||PLASMA:1||oil boom:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES:1||IONPAIRS:1||electric field:1||concentration gradient:1||FILMS:4||ELECTROLYTESOLUTIONS:3||FLOW:3||numerical analysis:3||WATER:3||microchannel:3||MODEL:3||VIBRATION:3||PROTEINS:3||SURFACES:3||PREDICTION:2||DROPLETS:2||DNA:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CHARGE:2||eletroosmotic flow:2||CONTACT LINE DEPOSITS:2||CONDUCTIVITY GRADIENTS:2||containment and recovery:2||MASSSPECTROMETRY:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||ACTUATION:2||DYNAMICS:2||VOLTAGE:2||tandem oil fence:2||instability:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||LIQUID:1||DIELECTROPHORESIS:1||BEHAVIOR:1||CANCER:1||STABILIZATION:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||CONTACTANGLE:1||ENERGY:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||convection:1||SURFACTANT:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||BUBBLE:1||ELECTROLYTE:1||fluid flow velocity:1||FORCES:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||CONDUCTANCE:1||concentrationpolarization force:1||LIQUID DROPLETS:1||DEPOSITION:1||droplet:1||DNAMOLECULES:1||CONTACTANGLE SATURATION:1||CHANNELS:1||NONPOLAR LIQUIDS:1||HEATTRANSFER:1||ANGLE:1||ROUGH:1||SURFACE FORCES:1||CONTACT:1||evaporation:1||deformation of oil boom:1||BOOM:1||SLICK:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||LIQUIDFLUID SYSTEMS:1||WETTING TENSION:1||SOLID PARTICLES:1||PIV:1||ray tracing:1||CONVECTION:1||PLASMA:1||oil boom:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES:1||IONPAIRS:1||electric field:1||concentration gradient:1||FILMS:4||ELECTROLYTESOLUTIONS:3||FLOW:3||numerical analysis:3||WATER:3||microchannel:3||MODEL:3||VIBRATION:3||PROTEINS:3||SURFACES:3||PREDICTION:2||DROPLETS:2||DNA:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CHARGE:2||eletroosmotic flow:2||CONTACT LINE DEPOSITS:2||CONDUCTIVITY GRADIENTS:2||containment and recovery:2||MASSSPECTROMETRY:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||ACTUATION:2||DYNAMICS:2||VOLTAGE:2||tandem oil fence:2||instability:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||LIQUID:1||DIELECTROPHORESIS:1||BEHAVIOR:1||CANCER:1||STABILIZATION:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||CONTACTANGLE:1||ENERGY:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||convection:1||SURFACTANT:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||BUBBLE:1||ELECTROLYTE:1||fluid flow velocity:1||FORCES:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||CONDUCTANCE:1||concentrationpolarization force:1||LIQUID DROPLETS:1||DEPOSITION:1||droplet:1||DNAMOLECULES:1||CONTACTANGLE SATURATION:1||CHANNELS:1||NONPOLAR LIQUIDS:1||HEATTRANSFER:1||ANGLE:1||ROUGH:1||SURFACE FORCES:1||CONTACT:1||evaporation:1||deformation of oil boom:1||BOOM:1||SLICK:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||LIQUIDFLUID SYSTEMS:1||WETTING TENSION:1||SOLID PARTICLES:1||PIV:1||ray tracing:1||CONVECTION:1||PLASMA:1||oil boom:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES:1||IONPAIRS:1||electric field:1||concentration gradient:1||FILMS:4||ELECTROLYTESOLUTIONS:3||FLOW:3||numerical analysis:3||WATER:3||microchannel:3||MODEL:3||VIBRATION:3||PROTEINS:3||SURFACES:3||PREDICTION:2||DROPLETS:2||DNA:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CHARGE:2||eletroosmotic flow:2||CONTACT LINE DEPOSITS:2||CONDUCTIVITY GRADIENTS:2||containment and recovery:2||MASSSPECTROMETRY:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||ACTUATION:2||DYNAMICS:2||VOLTAGE:2||tandem oil fence:2||instability:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||LIQUID:1||DIELECTROPHORESIS:1||BEHAVIOR:1||CANCER:1||STABILIZATION:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||CONTACTANGLE:1||ENERGY:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||convection:1||SURFACTANT:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel 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INSTABILITY:2||ACTUATION:2||DYNAMICS:2||VOLTAGE:2||tandem oil fence:2||instability:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||LIQUID:1||DIELECTROPHORESIS:1||BEHAVIOR:1||CANCER:1||STABILIZATION:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||CONTACTANGLE:1||ENERGY:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||convection:1||SURFACTANT:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel 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INSTABILITY:2||ACTUATION:2||DYNAMICS:2||VOLTAGE:2||tandem oil fence:2||instability:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||LIQUID:1||DIELECTROPHORESIS:1||BEHAVIOR:1||CANCER:1||STABILIZATION:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||CONTACTANGLE:1||ENERGY:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||convection:1||SURFACTANT:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel 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flow:1||BUBBLE:1||ELECTROLYTE:1||fluid flow velocity:1||FORCES:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||CONDUCTANCE:1||concentrationpolarization force:1||LIQUID DROPLETS:1||DEPOSITION:1||droplet:1||DNAMOLECULES:1||CONTACTANGLE SATURATION:1||CHANNELS:1||NONPOLAR LIQUIDS:1||HEATTRANSFER:1||ANGLE:1||ROUGH:1||SURFACE FORCES:1||CONTACT:1||evaporation:1||deformation of oil boom:1||BOOM:1||SLICK:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||LIQUIDFLUID SYSTEMS:1||WETTING TENSION:1||SOLID PARTICLES:1||PIV:1||ray tracing:1||CONVECTION:1||PLASMA:1||oil boom:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES:1||IONPAIRS:1||electric field:1||concentration gradient:1||FILMS:4||ELECTROLYTESOLUTIONS:3||FLOW:3||numerical analysis:3||WATER:3||microchannel:3||MODEL:3||VIBRATION:3||PROTEINS:3||SURFACES:3||PREDICTION:2||DROPLETS:2||DNA:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CHARGE:2||eletroosmotic flow:2||CONTACT LINE DEPOSITS:2||CONDUCTIVITY GRADIENTS:2||containment and recovery:2||MASSSPECTROMETRY:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||ACTUATION:2||DYNAMICS:2||VOLTAGE:2||tandem oil fence:2||instability:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||LIQUID:1||DIELECTROPHORESIS:1||BEHAVIOR:1||CANCER:1||STABILIZATION:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||CONTACTANGLE:1||ENERGY:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||convection:1||SURFACTANT:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||BUBBLE:1||ELECTROLYTE:1||fluid flow velocity:1||FORCES:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||CONDUCTANCE:1||concentrationpolarization force:1||LIQUID DROPLETS:1||DEPOSITION:1||droplet:1||DNAMOLECULES:1||CONTACTANGLE SATURATION:1||CHANNELS:1||NONPOLAR LIQUIDS:1||HEATTRANSFER:1||ANGLE:1||ROUGH:1||SURFACE FORCES:1||CONTACT:1||evaporation:1||deformation of oil boom:1||BOOM:1||SLICK:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||LIQUIDFLUID SYSTEMS:1||WETTING TENSION:1||SOLID PARTICLES:1||PIV:1||ray tracing:1||CONVECTION:1||PLASMA:1||oil boom:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES:1||IONPAIRS:1||electric field:1||concentration gradient:1||FILMS:4||ELECTROLYTESOLUTIONS:3||FLOW:3||numerical analysis:3||WATER:3||microchannel:3||MODEL:3||VIBRATION:3||PROTEINS:3||SURFACES:3||PREDICTION:2||DROPLETS:2||DNA:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CHARGE:2||eletroosmotic flow:2||CONTACT LINE DEPOSITS:2||CONDUCTIVITY GRADIENTS:2||containment and recovery:2||MASSSPECTROMETRY:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||ACTUATION:2||DYNAMICS:2||VOLTAGE:2||tandem oil fence:2||instability:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||LIQUID:1||DIELECTROPHORESIS:1||BEHAVIOR:1||CANCER:1||STABILIZATION:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||CONTACTANGLE:1||ENERGY:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||convection:1||SURFACTANT:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||BUBBLE:1||ELECTROLYTE:1||fluid flow velocity:1||FORCES:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||CONDUCTANCE:1||concentrationpolarization force:1||LIQUID DROPLETS:1||DEPOSITION:1||droplet:1||DNAMOLECULES:1||CONTACTANGLE SATURATION:1||CHANNELS:1||NONPOLAR LIQUIDS:1||HEATTRANSFER:1||ANGLE:1||ROUGH:1||SURFACE FORCES:1||CONTACT:1||evaporation:1||deformation of oil boom:1||BOOM:1||SLICK:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||LIQUIDFLUID SYSTEMS:1||WETTING TENSION:1||SOLID PARTICLES:1||PIV:1||ray tracing:1||CONVECTION:1||PLASMA:1||oil boom:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES:1||IONPAIRS:1||electric field:1||concentration gradient:1||FILMS:4||ELECTROLYTESOLUTIONS:3||FLOW:3||numerical analysis:3||WATER:3||microchannel:3||MODEL:3||VIBRATION:3||PROTEINS:3||SURFACES:3||PREDICTION:2||DROPLETS:2||DNA:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CHARGE:2||eletroosmotic flow:2||CONTACT LINE DEPOSITS:2||CONDUCTIVITY GRADIENTS:2||containment and recovery:2||MASSSPECTROMETRY:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||ACTUATION:2||DYNAMICS:2||VOLTAGE:2||tandem oil fence:2||instability:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||LIQUID:1||DIELECTROPHORESIS:1||BEHAVIOR:1||CANCER:1||STABILIZATION:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||CONTACTANGLE:1||ENERGY:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||convection:1||SURFACTANT:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||BUBBLE:1||ELECTROLYTE:1||fluid flow velocity:1||FORCES:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||CONDUCTANCE:1||concentrationpolarization force:1||LIQUID DROPLETS:1||DEPOSITION:1||droplet:1||DNAMOLECULES:1||CONTACTANGLE SATURATION:1||CHANNELS:1||NONPOLAR LIQUIDS:1||HEATTRANSFER:1||ANGLE:1||ROUGH:1||SURFACE FORCES:1||CONTACT:1||evaporation:1||deformation of oil boom:1||BOOM:1||SLICK:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||LIQUIDFLUID SYSTEMS:1||WETTING TENSION:1||SOLID PARTICLES:1||PIV:1||ray tracing:1||CONVECTION:1||PLASMA:1||oil boom:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES:1||IONPAIRS:1||electric field:1||concentration gradient:1||

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