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

Keyphrases

• Inertia 100%
• Ion Collection 100%
• Dust Particles 100%
• Attachment Rate 100%
• Plasma Sheath 100%
• Ion Attachment 100%
• Stokes number 80%
• Attachment Coefficient 80%
• Field Strength 60%
• Ion Transport 40%
• External Field 40%
• Impact Parameter 40%
• Non-dissipative 40%
• Charging Level 40%
• Ion Mobility 40%
• Collisional Sheath 40%
• Sheath Region 40%
• Highly Sensitive 20%
• Non-thermal Plasma 20%
• Neural Network 20%
• Neutral Gas 20%
• Collisionality 20%
• Top Electrode 20%
• Ion Drag 20%
• Particle Surface 20%
• Bottom Electrode 20%
• Parametrized 20%
• Charged Particles 20%
• Collision-free 20%
• Particle Collision 20%
• Electric Field Strength 20%
• Ion Density 20%
• External Electric Field 20%
• Ion-ion 20%
• Orbital Motion 20%
• Negatively Charged Particle 20%
• Smooth Curve 20%
• Trajectory Modeling 20%
• Ion Migration 20%
• Particle Impact 20%
• Forcing Function 20%
• Ion Motion 20%
• Multiple Discontinuities 20%
• Ion Trajectory 20%
• Gas Resistance 20%
• Resistance to Motion 20%
• Collision Angle 20%
• Electric Field (E-field) 20%
• Modeling Approaches 20%
• Parallel-plate Reactor 20%

Physics

• Field Strength 100%
• Plasma Sheaths 100%
• Electric Field 75%
• Transportation 50%
• electrode 50%
• Parallel Plate 25%
• Neutral Gas 25%
• Neural Network 25%
• Orbit 25%
• Ion Motion 25%
• Particle Collision 25%
• Charged Particle 25%