Direct molecular simulation of nitrogen dissociation under adiabatic postshock conditions

Keyphrases

• Molecular Simulation 100%
• Nitrogen Dissociation 100%
• Postshock 100%
• Dissociation 75%
• Internal Energy 75%
• Population Distribution 50%
• Dissociation Rate 50%
• Quasi-steady State 50%
• Minnesota 25%
• Hypersonic 25%
• Adiabatic Condition 25%
• Nitrogen Atom 25%
• Translational Energy 25%
• Nitrogen Molecule 25%
• Mixture Composition 25%
• Gas Mixture 25%
• Energy Levels 25%
• State Dissociation 25%
• Gasses 25%
• Ab Initio Potential Energy Surface 25%
• Sudden Drops 25%
• Temperature Etc 25%
• Gas Temperature 25%
• Shock Layer 25%
• Steady-state Regime 25%
• Kinetic Temperature 25%
• Threshold Energy 25%
• Isothermal Condition 25%
• Dissociation Threshold 25%
• Reservoir Temperature 25%
• Classical Trajectory Simulations 25%
• Gas State 25%
• Rovibrational Levels 25%
• Gas Parameters 25%
• Rate Coefficient 25%

Physics

• Nitrogen 100%
• Internal Energy 100%
• Quasi-Steady State 66%
• Enthalpy 33%
• Gas Mixture 33%
• Adiabatic Condition 33%
• Shock Layer 33%
• Gas State 33%
• Potential Energy 33%
• Gas Temperature 33%
• Nitrogen Atom 33%
• Hypersonic Shock 33%

Chemistry

• Nitrogen 100%
• Internal Energy 100%
• Chemical Kinetics Characteristics 33%
• Nitrogen Atom 33%
• Potential Energy Surface 33%
• Translational Energy 33%
• Enthalpy 33%