Investigation of combustion modes and pressure of reflective shuttling detonation combustor

Physics & Astronomy

• combustion chambers 91%
• detonation 86%
• static pressure 37%
• chambers 24%
• thermodynamic efficiency 13%
• deflagration 13%
• pressure ratio 12%
• detonation waves 12%
• mass flow rate 12%
• unsteady flow 11%
• high speed cameras 11%
• bandpass filters 11%
• equivalence 9%
• luminous intensity 9%
• flow distribution 8%
• flow velocity 8%
• luminescence 7%
• oxygen 6%

Engineering & Materials Science

• Detonation 98%
• Combustors 83%
• Luminescence 15%
• High speed cameras 11%
• Unsteady flow 11%
• Ethylene 10%
• Combustion chambers 10%
• Flow velocity 10%
• Bandpass filters 10%
• Fast Fourier transforms 9%
• Flow fields 8%
• Oxygen 8%
• Flow rate 7%

Chemical Compounds

• Detonation 100%
• Pressure 47%
• Detonation Wave 21%
• Deflagration 19%
• Velocity 9%
• Flow Kinetics 9%
• Flow 7%
• Dioxygen 5%