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Space Propulsion Engineering

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Space Propulsion Engineering

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Research Frontiers in Xenon Propellant Management Systems

Development of advanced storage, pressurization, and flow control technologies for xenon-based electric propulsion systems.

Xenon Ionization Dynamics in Extreme Magnetic Confinement
Propellant Erosion and Electrode Lifetime Scaling Laws
Neutral Xenon Clustering in Low-Pressure Discharge Regimes
Thermal Management at Thruster Cathode-Xenon Interfaces
Xenon Atom Recombination in Plume Expansion Fields
Charge Exchange Collisions and Far-Field Plasma Evolution
Xenon Storage Stability Under Long-Duration Microgravity
Ionization Fraction Feedback Control in Variable Thrust Modes
Anomalous Transport Phenomena in Crossed-Field Xenon Discharges
Propellant Utilization Efficiency in Multi-Stage Ionization Pathways

All Space Propulsion Engineering PhD categories