Study of vibrational excitation mechanisms of CO2 at high temperatures
Calculating vibrational excitation of CO2 for anharmonic coupling and normal mode at high temperature
Rehm, R. G.↗
Engineering topics
Treanor, C. E.
Publications and source records attributed to Treanor, C. E..
Study of vibrational excitation mechanisms of carbon dioxide at high temperatures
Vibrational relaxation models of carbon dioxide at high temperatures
Rehm, R. G.↗
Transition probabilities for the forced harmonic oscillator.
Transition probabilities of nitrogen-nitrogen collision obtained with time-dependent wave functions of forced harmonic oscillator and by numerical methods
TRANSITION PROBABILITY↗
A method for the numerical integration of coupled first-order differential equations with greatly different time constants.
Numerical integration of coupled first order ODE OF greatly differing time constant
DIFFERENTIAL EQUATION↗
Vibrational energy transfer in high energy collisions
Vibrational energy transfer in high energy molecular collisions - time-dependent wave function evaluation of transition probabilities for forced harmonic oscillator
WAVE FUNCTION↗
Vibrational energy transfer in high-energy collisions.
Vibrational energy transfer in high energy collisions of diatomic nitrogen, evaluating transition probabilities for forced harmonic oscillator
FORCED OSCILLATION↗
Coupling of vibration and dissociation in gasdynamic flows.
Diatomic molecular dissociation and vibrational excitation for normal shocks and expanding flow system, noting relaxation
MOLECULAR DISSOCIATION↗
Vibrations and dissociation coupling behind strong shock waves
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Marrone, P. V.↗
VIBRATIONAL RELAXATION EFFECTS IN DISSOCIATION RATE-CONSTANT MEASUREMENTS
Vibrational relaxation effects in dissociation rate-constant measurements - chemical reactions behind a shock wave
SHOCK WAVE↗