Microgravity burner-generated spherical diffusion flames: Experiment and computation

Keyphrases

• Burner 100%
• Microgravity 100%
• Spherical Diffusion Flame 100%
• Flame Extinction 66%
• Optically Thin 66%
• Radiative Heat Loss 66%
• Flame Luminosity 33%
• Flame Temperature 33%
• Heat Loss 33%
• Transient Response 33%
• Computational Simulation 33%
• Heat Effect 33%
• Flame Dynamics 33%
• Computational Results 33%
• Mass Flow Rate 33%
• Radiative Emission 33%
• Steady-state Behavior 33%
• Detailed Chemistry 33%
• Drop Tower 33%
• Statistical Narrow-band Model 33%
• Reabsorption 33%
• Expansion Process 33%
• Microgravity Experiments 33%
• Porous Burner 33%
• Radiative Effect 33%
• Initial Displacement 33%
• Fuel Flow Rate 33%
• Atmospheric Air 33%
• Heat Release Rate 33%
• Flame Trajectory 33%
• Steady State Position 33%
• Fuel Mass Flow Rate 33%
• Bronze 33%
• Flame Expansion 33%
• Experimental Case Study 33%
• Fully Transient 33%
• Steady-state Simulation 33%
• Extinction Time 33%

Physics

• Steady State 100%
• Diffusion Flame 100%
• Microgravity 100%
• Porosity 66%
• Mass Flow Rate 66%
• Methane 33%
• Atmospherics 33%
• Flame Temperature 33%
• Drop Tower 33%
• Transient Response 33%
• Transportation 33%
• Chemistry 33%