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Space Propulsion Engineering

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Space Propulsion Engineering

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Research Frontiers in Plasma Dynamics in Electric Propulsion

Study of plasma behavior, ionization processes, and discharge characteristics in electric propulsion systems for improved performance.

Instability Cascades in Hall Thruster Discharge Channels
Anomalous Transport and Turbulence in Magnetized Plasma Engines
Ion-Neutral Collisional Effects at Propellant Boundaries
Plasma Sheath Dynamics Near Electrode Erosion Fronts
Azimuthal Electron Drift and Ionization Wave Coupling
Magnetic Field Topology Effects on Plasma Confinement Efficiency
Nonlinear Plasma Oscillations in RF Discharge Regions
Cross-Field Diffusion in Low-Pressure Ionization Zones
Plasma Plume Expansion and Charge Exchange Interactions
Instability-Driven Electron Heating in Gridded Ion Engines

All Space Propulsion Engineering PhD categories