Non-equilibrium dissociation rate coefficient of O2+O2 collision at high temperatures
High Energy Density Physics(2023)
Abstract
•The non-equilibrium dissociation rate coefficients of the Boltzmann distribution for the O2+O2 reaction expand to T = 30000 K.•The dissociation rate coefficients consider all key physical processes such as centrifugal barrier, translational energy, rotational energy, vibrational energy, internal energy, and non-Boltzmann effects.•The non-equilibrium dissociation rate coefficients of the non-Boltzmann distribution of the O2+O2 reaction from T = 8000 k to T = 30000 K.•The influence of the non-Boltzmann effects for dissociation rate coefficients.
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Key words
Specific state,Non-boltzmann distribution,Non-equilibrium,Oxygen molecules,Dissociation rate coefficients,High temperature
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