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- Nitrogen dissociation rates in complex hypersonic flows
- Thermal nonequilibrium rates of the Zeldovich reactions
- Detailed simulation of nitrogen dissociation in shock waves
- Kinetics of the N2 + O yields NO + N reaction in nonequilibrium flows
- Numerical Investigation of Double-Cone Flows using an Energy-Bin Approach
- Analysis of Chemistry-Vibration Coupling in Diatomics for High Enthalpy Nozzle Flows
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Kinetics of the N2 + O yields NO + N reaction under thermodynamic nonequilibrium
January 01, 1996
- Investigation of Hypersonic Double-Cone Flow Experiments at High Enthalpy in the LENS Facility
- Detailed simulation of nitrogen dissociation over a sphere
- A Generalized Chemistry - Internal Energy Coupling Model Using Prior Recombination Distribution
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Vehicle-Scale Simulations of Hypersonic Flows using the MMT Chemical Kinetics Model
The Modified Marrone-Treanor (MMT) chemical kinetics model has recently been developed for and implemented in CFD codes suitable for vehicle-scale simulation. The MMT model is based on ab-initio quantum chemistry data and it is designed for hypersonic ...
- Monte Carlo modeling of nitric oxide formation based on quasi-classical trajectory calculations
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Energy Bin Model for High-Enthalpy Flows Using Prior Recombination Distribution
October 01, 2012
- Experimental evaluation of vibration-dissociation coupling models
- Modeling of RF plasma kinetics and aerodynamics of the AEDC ballistic range experiments
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Velocity-Slip and Temperature-Jump Effects in Near-Continuum Hypersonic Flows
Velocity-slip and temperature-jump effects on sharp leading-edge geometries are studied for three canonical hypersonic flows: the hollow-cylinder-flare, the double-cone, and the double-wedge. Simulation results are compared between the direct simulation ...
- Ab initio based model for high temperature nitrogen rovibrational excitation and dissociation
- Effect of dissociation modeling in strongly nonequilibrium flows at high altitiude
- Characterization of Vibrational and Rotational Energy Transfer in N2-N2 Dissociative Collisions Using the Quasiclassical Trajectory Method
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Experimental and Computational Study of High Enthalpy Double-Wedge Flows
October 01, 1999