The effect of vibrational-rotational disequilibrium on the rate constant for an atom-transfer reaction

Engineering & Materials Science

• Rate constants 100%
• Eigenvalues and eigenfunctions 85%
• Atoms 83%
• Energy transfer 62%
• Reaction rates 61%
• Linearization 53%
• Relaxation time 35%
• Nonlinear equations 29%
• Fluxes 21%

Physics & Astronomy

• eigenvalues 69%
• quasi-steady states 61%
• eigenvectors 42%
• atoms 40%
• linearization 36%
• chemical equilibrium 34%
• reaction kinetics 29%
• matrices 26%
• energy transfer 26%
• deviation 23%
• molecular relaxation 18%
• coefficients 17%
• numerical integration 17%
• iteration 15%
• nonlinear equations 15%
• relaxation time 12%
• products 10%

Chemical Compounds

• Rate Constant 53%
• Master Equation 38%
• Vibrational Relaxation 36%
• Bimolecular Reaction 33%
• Time 29%
• Energy Transfer 23%