(Including but not limited to the following topics)
Track 1: Aviation Propulsion and Power Systems
Aircraft engine performance and optimization
Rocket propulsion technology
Thrust-based propulsion and combined cycle power
Hypersonic propulsion
Electric propulsion systems
Fuels and propellants
Thermal-flow coupling in propulsion systems
Materials and manufacturing processes for propulsion systems
Environmental impact of propulsion systems
Fault diagnosis and health management of power systems
Track 2: Combustion Science and Combustion Technology
Laminar flames and turbulent combustion
Supersonic combustion and detonation
Spray dynamics and atomization mechanisms
Combustion reaction kinetics and simplified mechanisms
Combustion diagnostics and experimental methods
Combustion numerical simulation and modeling
Pollutant generation and control
Catalytic combustion and new combustion methods
Alternative fuels and low-carbon combustion
Combustion stability and oscillation suppression
Track 3: Engineering Thermophysics
Engineering thermodynamics and energy conversion
Heat transfer and mass transfer and enhanced heat transfer
Multiphase flow and phase change heat transfer
Micro-nano scale heat transfer and thermal properties
Thermal radiation and high-temperature heat transfer
Thermal fluid dynamics and flow control
Thermal protection and thermal management technologies
Thermal physics numerical simulation methods
Thermal property measurement and experimental techniques
Thermal physics applications in aerospace

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