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Engineering
Aerospace Engineering
Propulsion Systems
1. Fundamentals of Propulsion
2. Propulsion Performance Analysis
3. Air-Breathing Propulsion Systems
4. Rocket Propulsion Systems
5. Electric and Advanced Propulsion
6. Propulsion System Components
7. Propellants and Materials
8. System Integration and Applications
Electric and Advanced Propulsion
Electric Propulsion Fundamentals
Basic Principles
Power Requirements
Thrust Levels
Efficiency Considerations
Electrothermal Propulsion
Resistojets
Heating Mechanisms
Propellant Selection
Performance Characteristics
Arcjets
Arc Discharge Process
Electrode Design
Thermal Management
Electrostatic Propulsion
Ion Thrusters
Ionization Process
Acceleration Grids
Neutralization
Propellant Systems
Hall Effect Thrusters
Magnetic Field Configuration
Plasma Acceleration
Cathode Systems
Performance Optimization
Electromagnetic Propulsion
Magnetoplasmadynamic Thrusters
Lorentz Force Acceleration
Electrode Configuration
Power Requirements
Pulsed Plasma Thrusters
Capacitive Discharge
Ablative Propellant
Pulse Characteristics
Nuclear Propulsion
Nuclear Thermal Propulsion
Reactor Design
Propellant Heating
Safety Systems
Shielding Requirements
Nuclear Electric Propulsion
Power Conversion
Electric Thruster Integration
System Architecture
Exotic Propulsion Concepts
Solar Sails
Radiation Pressure
Sail Materials
Attitude Control
Laser Propulsion
Photon Momentum Transfer
Beam Focusing
Propellant Interaction
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4. Rocket Propulsion Systems
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6. Propulsion System Components