Open Access System for Information Sharing
All
Title
Author
Subject
Login
Library
Help
검색
HOME
Communities & Collections
Researchers
Title
Browse by Researchers
KANG, KWAN HYOUNG (강관형)
Dept of Mechanical Engineering(기계공학과)
Field(s)
E-Mail
Homepage
Loading...
Export
Journal Papers
(International)
Journal Papers
(Domestic)
Conference Papers
(International)
Conference Papers
(Domestic)
Journal Papers(International)
Journal Papers(Domestic)
Conference Papers(International)
Conference Papers(Domestic)
30 items
100 items
200 items
Show more items...
H-INDEX
Chart.
Keyword
FILMS:4||ELECTROLYTESOLUTIONS:3||FLOW:3||numerical analysis:3||WATER:3||microchannel:3||MODEL:3||VIBRATION:3||PROTEINS:3||SURFACES:3||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES: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||DNA:2||DROPLETS:2||instability:2||leakage velocity:2||oil spill:2||CONTACT ANGLES:2||interface:2||TENSION:2||FIELDS:2||FIELD:2||CONTACT LINE DEPOSITS:2||CHARGE:2||eletroosmotic flow:2||MASSSPECTROMETRY:2||PREDICTION:2||containment and recovery:2||MOTION:2||ELECTROKINETIC INSTABILITY:2||DYNAMICS:2||VOLTAGE:2||ACTUATION:2||tandem oil fence:2||CONDUCTIVITY GRADIENTS:2||Oscillation:1||electric potential:1||ELECTRICAL DOUBLELAYER:1||STABILIZATION:1||POLYCRYSTALLINE GOLD ELECTRODES:1||FLOWS:1||DIELECTROPHORESIS:1||LIQUID:1||BEHAVIOR:1||CANCER:1||OSCILLATION:1||ELECTROLYTIC SOLUTIONS:1||CHEMICAL RELAXATION:1||HYDROCARBONS:1||DOUBLELAYER:1||THERMODYNAMICS:1||AQUEOUSELECTROLYTE:1||ADHESION:1||EHD:1||dielectrophoresis:1||ELECTROHYDRODYNAMICS:1||Droplet jumping:1||NONAQUEOUS MEDIA:1||DISSOCIATION:1||CARBON NANOTUBES:1||MONOLAYERS:1||REYNOLDSNUMBER:1||electroosmotic flow:1||PRECONCENTRATION:1||electrohydrodynamics:1||LIQUIDDROPS:1||liquid junction:1||diffusion:1||fuel cell:1||CHARGE SEPARATION:1||inception of oil leakage:1||motion of oil boom in waves:1||tandem oil booms:1||SURFACTANT:1||CONTACTANGLE:1||ENERGY:1||convection:1||particle:1||microfluidics:1||CONTACTANGLE HYSTERESIS:1||GRADIENT SURFACES:1||Superhydrophobic surface:1||channel flow:1||fluid flow velocity:1||CONDUCTANCE:1||ELECTROLYTE:1||FORCES:1||BUBBLE:1||DROP OSCILLATIONS:1||DRIVEN:1||reynolds number dependence:1||SYSTEM:1||SEAWATER:1||concentrationpolarization force:1||LIQUID DROPLETS:1||droplet:1||DNAMOLECULES:1||NONPOLAR LIQUIDS:1||DEPOSITION:1||CONTACTANGLE SATURATION:1||CHANNELS:1||HEATTRANSFER:1||SURFACE FORCES:1||deformation of oil boom:1||evaporation:1||ANGLE:1||ROUGH:1||BOOM:1||SLICK:1||CONTACT:1||vorticity:1||PROSTATESPECIFIC ANTIGEN:1||HETEROGENEOUS SURFACES:1||Electrowetting:1||oil boom:1||PIV:1||ray tracing:1||CONVECTION:1||LIQUIDFLUID SYSTEMS:1||IONPAIRS:1||WETTING TENSION:1||SOLID PARTICLES:1||PLASMA:1||SPHERE:1||similarity:1||similitude:1||MEMBRANES:1||electric field:1||concentration gradient:1||
Publication & Time Cited Count
(For the Last 5 years)
Browse
Communities & Collections
Researcher
Title
Login
Library
Help
