Fractionation and segregation of suspended particles using acoustic and flow fields

Engineering & Materials Science

• Fractionation 86%
• Acoustic fields 84%
• Flow fields 54%
• Acoustics 53%
• Trajectories 22%
• Mathematical models 22%
• Sediments 13%
• Silicon carbide 11%
• Silica 11%
• Transducers 10%
• Particle size 10%
• Wavelength 9%
• Physics 9%
• Water 5%

Chemical Compounds

• Standing Wave 100%
• Fractionation 57%
• Flow 42%
• Force 29%
• Silicon Dioxide 26%
• Silicon Carbide 24%
• Displacement 17%
• Resonance 17%
• Suspension 16%
• Wavelength 15%
• Application 13%
• Column Like Crystal 13%
• Pressure 12%
• Energy 10%

Earth & Environmental Sciences

• flow field 59%
• fractionation 54%
• acoustics 53%
• particle 32%
• standing wave 23%
• acoustic wave 23%
• trajectory 15%
• silicon 11%
• transducer 6%
• prediction 6%
• streamflow 5%
• physics 5%
• wavelength 4%
• particle size 4%
• energy 3%
• sediment 3%
• water 1%