Ion attachment rates and collection forces on dust particles in a plasma sheath with finite ion inertia and mobility

Mathematics

• Inertia 84%
• Plasma 84%
• Dimensionless 60%
• Stokes 33%
• External Field 27%
• Ion Transport 26%
• Electric Field 26%
• Collision 23%
• Electrode 19%
• Coefficient 19%
• Motion 16%
• Charge 15%
• Gas 14%
• Trajectory 12%
• Dissipate 11%
• Trapping 9%
• Trap 9%
• Drag 9%
• Range of data 9%
• Reactor 8%
• Migration 8%
• Quantification 8%
• Resistance 8%
• Electron 7%
• Momentum 7%
• Neural Networks 7%
• Number field 7%
• Discontinuity 6%
• Decrease 6%
• Angle 6%
• Radius 6%
• Distinct 5%
• Modeling 5%
• Curve 4%
• Demonstrate 4%
• Model 2%

Physics & Astronomy

• plasma sheaths 100%
• attachment 77%
• inertia 75%
• dust 64%
• ions 36%
• sheaths 10%
• coefficients 9%
• field strength 8%
• charged particles 5%
• trajectories 5%
• ion sheaths 5%
• ion motion 4%
• collisions 4%
• particle collisions 4%
• electrodes 4%
• trapped particles 4%
• neutral gases 3%
• electric fields 3%
• electric field strength 3%
• parallel plates 3%
• drag 3%
• discontinuity 2%
• plots 2%
• trapping 2%
• reactors 2%
• traps 2%
• orbits 2%
• momentum 2%
• radii 2%
• curves 1%
• gases 1%
• electrons 1%

Medicine & Life Sciences

• Dust 84%
• Ions 64%
• Ion Transport 7%
• Electrodes 5%
• Gases 5%
• Pressure 4%
• Electrons 2%
• Direction compound 2%