Shock-tube thermochemistry tables for high- temperature gases, 90% carbon dioxide and 10% nitrogen, volume 2
Shock tube tabulated computer equilibrium thermodynamic properties for carbon dioxide and nitrogen mixture
Horton, T. E.↗
SEARCH · Engineering Papers
Results for “GASES”
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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An acoustic instability driven by absorption of radiation in gases
Acoustic instability in gas with nonuniform temperature distribution and radiation absorption
Monsler, M. J.↗
Measurement of adsorption stay-times of several atmospheric gases on stainless steel
Time-of-flight method to determine mean times of adsorption of gaseous molecules on stainless steel surface
Bailey, W. F., Jr.↗
Study of the application of a photoionization mass spectrometer to analysis of contaminant gases, June 1966 - November 1969
Trace gas analysis using photoionization mass spectrometer
Driscoll, J. N.↗
The polarization of Lyman alpha radiation produced in charge transfer collisions between protons and the inert gases
Polarization of Lyman alpha radiation in proton collisions with helium, argon, and neon atoms
Fite, W. L.↗
Particle diffusion in degenerate, ionized gases
Particle diffusion distribution function of two component ionized degenerate gas from Boltzmann transport equation, giving tables for various spin and mass ratios
Rosen, L. C.↗
Light modulation by means of the Stark effect in molecular gases - Application to CO2 lasers
Carbon dioxide laser beam modulation by molecular Stark effect
Early, V.↗
High energy scattering of inert gases from well-characterized surfaces. II - Theoretical
Three dimensional model for high energy scattering of inert gas atoms from solid surfaces, calculating trapping, accommodation and flux and velocity distributions
French, J. B.↗
High energy scattering of inert gases from well characterized surfaces. I - Experimental
High energy Ar atomic beams scattering from single crystal face of W measured for distribution pattern
French, J. B.↗
Light hydrocarbon gases, C13, and origin of organic matter in carbonaceous chondrites
Carbonaceous chondrites composition by gas chromatography for light hydrocarbons and carbon, discussing origin of organic matter
Belsky, T.↗
O/1D/ quenching efficiency of O2 relative to other gases
Quenching efficiency of molecular oxygen relative to nitrogen, carbon monoxide, carbon dioxide and argon, involving photolysis of gas mixtures
Demore, W. B.↗
Thermal radiation absorption by particle-seeded gases
Extinction parameters of submicron carbon, tungsten and Si particles in hydrogen measured at various temperatures, discussing scattering amplitude functions and Monte Carlo calculations
Clement, J. D.↗
Rotational relaxation in polar gases. II
Polar gas rotational relaxation time calculation, comparing volume viscosity and energy equation definitions
Svehla, R. A.↗
Performance of a large scale, non-equilibrium MHD generator with rare gases. II
Noble gas mixture large shock tunnel driven linear MHD generator, examining electron density, operating characteristics and electrical properties
Tate, E.↗
Trapped solar wind noble gases, exposure age and K/Ar-age in Apollo 11 lunar fine material
Apollo 11 lunar fines trapped noble gas elemental and isotopic abundances, suggesting solar wind origin
Eberhardt, P.↗
Concentrations and isotopic abundances of the rare gases, hydrogen and nitrogen in Apollo 11 lunar matter
Apollo 11 lunar matter rare gas, H and N concentrations and isotopic abundances, discussing solar wind, gas diffusion loss from silicates and spallation component
Begemann, F.↗
Study of distribution and variations of rare gases in lunar material by a microprobe technique
Rare gas distribution in grain surfaces of lunar soil, breccias and rocks originating from solar wind, using microhelium probe
Kirsten, T.↗
Solar wind gases, cosmic-ray spallation products and the irradiation history of Apollo 11 samples
Apollo 11 lunar soil irradiation history from solar wind rare gas abundances and cosmic ray spallation products
Lugmair, G. W.↗