Investigation of electrohydrodynamically-enhanced convective heat and mass transfer from water surface

Physics & Astronomy

• air 10%
• air flow 19%
• augmentation 36%
• coefficients 4%
• convective heat transfer 72%
• coronas 42%
• direct current 6%
• electric fields 15%
• electric potential 9%
• electrodes 10%
• electrohydrodynamics 10%
• evaluation 5%
• evaporation 26%
• evaporation rate 20%
• flow velocity 20%
• mass transfer 55%
• overvoltage 11%
• performance 3%
• predictions 4%
• spacing 6%
• sparks 8%
• surface water 72%
• threshold voltage 8%
• water 4%
• wind velocity 11%
• wire 6%

Chemistry

• Behavior as Electrode 10%
• Convective Heat Transfer 100%
• Electric Field 27%
• Electrohydrodynamics 14%
• Evaporation 53%
• Flow 19%
• Mass Transfer 50%
• Overvoltage 13%
• Surface Water 64%
• Velocity 33%
• Voltage 22%

Engineering & Materials Science

• Air 22%
• Electric fields 27%
• Electric potential 15%
• Electric sparks 10%
• Electrodes 15%
• Electrohydrodynamics 13%
• Evaporation 60%
• Experiments 7%
• Flow velocity 20%
• Heat transfer 40%
• Hot Temperature 4%
• Mass transfer 54%
• Threshold voltage 11%
• Water 32%
• Wire 7%