State-to-State Analysis of Recombination processes in non-equilibrium N₂₊N and O₂₊O chemical systems in a 0-D isothermal reactor

Keyphrases

• Non-equilibrium 100%
• Recombination Mechanism 100%
• Chemical System 100%
• Population Distribution 100%
• State-to-state 100%
• State Analysis 100%
• Isothermal Reactor 100%
• Recombination 66%
• Master Equation 66%
• Energy Levels 66%
• Internal Temperature 66%
• Low Temperature 33%
• Low-lying 33%
• Recombination Rate 33%
• Two-relaxation-time 33%
• Equilibration 33%
• Molecular Systems 33%
• Energy Transfer Process 33%
• Vibrational Modes 33%
• Energy State 33%
• Rotation Mode 33%
• Gas Mixture 33%
• Simulated Conditions 33%
• Average Energy 33%
• Heat Bath 33%
• Quasi-steady State 33%
• Vibrational Temperature 33%
• Internal Energy 33%
• State Populations 33%
• Relative Populations 33%
• Rotational Temperature 33%
• Quasi-steady-state Approximation 33%
• Steady-state Period 33%
• Effective Rate Constant 33%

Engineering

• Isothermal 100%
• Nonequilibrium 100%
• Chemical System 100%
• State Analysis 100%
• Rotational 66%
• Master Equation 66%
• Quasi Steady State 66%
• Rate Constant 66%
• Low-Temperature 33%
• Equilibration 33%
• Energy State 33%
• Internal Energy 33%
• Relaxation Time 33%
• Gas Mixture 33%