Numerical investigations of spatiotemporal dynamics of space-charge limited collisional sheaths

Keyphrases

• Numerical Investigation 100%
• Emissive 100%
• Spatiotemporal Dynamics 100%
• Space Charge Limited 100%
• Collisional Sheath 100%
• Emission Current 100%
• Direct Simulation Monte Carlo 75%
• Collision-free 75%
• Total Emission 75%
• Virtual Cathode 75%
• Dense Environment 50%
• Neutral Temperature 50%
• Electron Instabilities 50%
• Particle-in-cell 50%
• Charge Exchange Collisions 50%
• Two-stream 50%
• Cathode Region 50%
• Order of Magnitude 25%
• Oscillation 25%
• Monte Carlo Simulation 25%
• Debye Length 25%
• Simulation Time 25%
• Trapped Charge 25%
• Computational Domain 25%
• Neutral Environment 25%
• Temporal Fluctuations 25%
• Partially Ionized 25%
• Strong Fluctuation 25%
• Entrapment 25%
• Plasma Sheath 25%
• Charge Exchange 25%
• Maximum Deviation 25%
• Ion-neutral Collisions 25%
• Neutral Density 25%
• Acoustic Frequency 25%
• Plasma Dynamics 25%
• Plasma Field 25%
• Two-dimensional Fast Fourier Transform 25%
• Sawtooth Oscillation 25%
• Charge-exchange Ions 25%
• Monte Carlo Solver 25%
• Transient Evolution 25%
• Electrostatic Particle-in-cell 25%
• Two-stream Instability 25%
• Ion Acoustic 25%
• Particle-in-cell Simulation 25%
• Strong Oscillation 25%
• Ion Population 25%
• Submersed 25%
• Domain Spacing 25%

Physics

• Space Charge 100%
• Monte Carlo Method 100%
• Electrostatics 33%
• Acoustic Frequency 33%
• Plasma Sheaths 33%
• Plasma Dynamics 33%