Energy transfer study of N₂(¹∑⁺ _g)-N₂(¹∑⁺ _g) and N₂(¹∑⁺ _g)-N(⁴S_u) interactions by using rovibrational state-to-state model

Keyphrases

• Energy Transfer Studies 100%
• Master Equation 100%
• Rovibrational States 100%
• State-to-state Model 100%
• Internal Distribution 66%
• Energy Transfer 33%
• Relaxation Time 33%
• Operating Conditions 33%
• Room Temperature 33%
• Numerical Solution 33%
• Distribution Function 33%
• Rate Coefficients 33%
• Non-equilibrium Conditions 33%
• Dissociation Rate 33%
• Population Density 33%
• Hypersonic 33%
• Reaction Rate Coefficient 33%
• Ro-vibrational 33%
• Elementary Reaction 33%
• Translational Relaxation 33%
• Isochoric 33%
• NASA Ames 33%
• Chemical Reactors 33%
• Collisional Models 33%
• Maxwell-Boltzmann Distribution 33%
• Nitrogen Molecule 33%

Engineering

• Master Equation 100%
• State Model 100%
• Room Temperature 33%
• Isothermal 33%
• Rotational 33%
• Nonequilibrium 33%
• Numerical Solution 33%
• Equilibrium Condition 33%
• NASA 33%
• Priori Assumption 33%
• Boltzmann Distribution 33%
• Chemical Reactor 33%
• Nitrogen Molecule 33%
• Elementary Reaction 33%
• Relaxation Time 33%