Measurement of cross-section geometry effects on electron collection to long probes in mesosonic flowing plasmas

Keyphrases

• Debye Length 100%
• Geometry Effect 100%
• Cross-sectional Geometry 100%
• Plasma Flow 100%
• Electron Collection 100%
• Moving Plasma 100%
• Equivalent Length 50%
• Retardation 50%
• Vacuum Chamber 50%
• Current Characteristics 50%
• Plasma Parameters 50%
• Orbital Motion 50%
• Beam Energy 50%
• Electrodynamic Tether 50%
• Space Plasmas 50%
• Current Collection 50%
• Electron Collector 50%
• Minimum Efficiency 50%
• Current Enhancement 50%
• Electron Current 50%
• End Effect 50%
• Langmuir Probe 50%
• Probe Current 50%
• Interaction Radius 50%
• Hall Thruster 50%
• Critical Spacing 50%
• Threshold Bias 50%
• Effective Width 50%

Engineering

• Collection Efficiency 100%
• Cross Section 100%
• Debye Length 100%
• Beam Energy 50%
• Retardation 50%
• Current Probe 50%
• End Effect 50%
• Orbit 50%
• Hall Thruster 50%
• Electron Collector 50%

Physics

• Blood Plasma 100%
• Magnetohydrodynamic Flow 66%
• Blood Flow 66%
• Orbit 33%
• Space Plasmas 33%
• Electrostatic Probe 33%
• Electrodynamics 33%