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Space Propulsion Engineering

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Space Propulsion Engineering

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Research Frontiers in Ion Thruster Optimization and Efficiency

Research focuses on maximizing specific impulse and reducing propellant consumption in electrostatic ion propulsion systems for deep space missions.

Anomalous Ion Confinement in Magnetic Nozzle Geometries
Propellant Ionization Asymmetries and Plume Divergence Control
Electron-Ion Recombination Dynamics Near Thruster Grids
Neutralizer-Plume Interaction and Charge Exchange Instabilities
Xenon Propellant Fragmentation and Metastable State Evolution
Discharge Channel Wall Erosion and Lifetime Degradation Mechanisms
Radio Frequency Coupling Efficiency in Electrostatic Ion Sources
Ultra-Low Power Ion Extraction and Beam Quality Preservation
Thermal Management in High-Density Plasma Discharge Regions
Iridescent Plume Phenomena and Unexpected Electromagnetic Signatures

All Space Propulsion Engineering PhD categories