Effects of two vibration-dissociation coupling models on nonequilibrium hypersonic flow of nitrogen over a wedge
Vibration-dissociation coupling models for nonequilibrium hypersonic flow field past wedge
HYPERSONIC SPEED↗
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Results for “Dissociation”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Theory of hypersonic laminar stagnation region heat transfer in dissociating gases.
Foreign planetary atmospheric effect on hypersonic laminar stagnation region heat transfer and skin friction studied for various dissociating gases
STAGNATION REGION↗
Measurement of nonequilibrium static pressures in nozzle flows of dissociated hydrogen.
Static pressure distributions in supersonic nozzle flows of dissociated hydrogen plus argon
NONEQUILIBRIUM FLOW↗
Dissociation of self-stimulation and epileptiform activity.
Dissociation of rhinencephalic or thalamic self- stimulation and epileptiform activity in rats
RAT↗
Determination of optimum nozzle contours for the expansion of dissociated gases by methods of the variational calculus.
Optimum nozzle contours for expansion of Lighthill idealized dissociating gas in one- dimensional flow determined by methods of variational calculus
ONE-DIMENSIONAL FLOW↗
The effect of mass injection on heat transfer from a partially dissociated gas stream.
Hydrogen and helium injection effect on local heat transfer to porous surface from dissociated turbulent boundary layer
TURBULENT BOUNDARY LAYER↗
Collision-induced dissociation of D sub 2 super plus ions by argon and nitrogen.
Collision induced dissociation of deuterium by argon and nitrogen examined with angular ion scattering apparatus, determining kinetic energy and angular distribution
QUANTUM MECHANICS↗
Turbulent boundary layer on a catalytic surface in a nonequilibrium dissociating gas
Approximate solution of turbulent boundary layer on plane catalytic surfaces in nonequilibrium dissociating gas environments
Lapin, Yu. V.↗
An experimental investigation of the escape of dissociated gases through supersonic nozzles
Shock tube studies of flow of thermally dissociated oxygen, nitrogen, and carbon dioxide gases through supersonic nozzles
Ionov, V. P.↗
Calculation of the onset time of equilibrium dissociation on the basis of experimental data concerning the nonstationary propagation of a reflected shock wave
Dissociation relaxation times of carbon dioxide
Bazhenova, T. V.↗
Excitation of the auroral green line by dissociative recombination of O plus over 2 - Analysis of two rocket experiments
Excitation of auroral green line by dissociative recombination of oxygen ions
Donahue, T. M.↗
Theoretical and experimental nozzle and corner expansion flows of dissociated and ionized gases.
Gas dynamics of nonequilibrium flows of plasmas and dissociated gases, discussing nozzle and corner expansion flows
Glass, I. I.↗
Temperature dependence of the NO super plus plus e dissociative- recombination-rate coefficient.
NO dissociative-recombination rate coefficient temperature dependence, assuming constant transition probability at potential crossing
Hansen, C. F.↗
The auroral O sub 2 -dissociation and the infrared OH-emission.
Auroral particles induced molecular oxygen dissociation in polar upper atmosphere, relating increased ozone concentration to atmospheric IR hydroxyl emission
Maeda, K.↗
Excitation of the auroral green line by dissociative recombination of the oxygen molecular ion - Analysis of two rocket experiments.
Excitation of auroral green line by dissociative recombination of oxygen molecular ions, using photometric and electron flux rocket sounding data
Doering, J. P.↗
Influence of dissociation on mass transfer cooling in a carbon dioxide-nitrogen binary system.
Mass transfer cooling of carbon dioxide-nitrogen binary system in laminar boundary layer, stressing dissociation effect
Hartnett, J. P.↗
Rates of dissociation of Ag sub 2 O sub 2.
Silver dioxide dissociation rate for dry material, water slurries and slurries in KOH solutions, noting effects of temperature and KOH concentration
Otto, E. M.↗
Determination of optimum nozzle contours for the expansion of dissociated gases by methods of the variational calculus.
Optimum nozzle contours for expansion of Lighthill idealized dissociating gas in one- dimensional flow determined by methods of variational calculus
Berns, R. R.↗