Rare gases in Apollo 11 lunar material
Apollo 11 lunar fines, breccia and crystalline rocks rare gas data, emphasizing trapped and spallation Ne, Kr and Xe isotopic compositions
Black, D. C.↗
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Blood gases in hamsters during hypothermia by exposure to He-O2 mixture and cold
Blood oxygen, carbon dioxide and pN during hypothermia induced by He-oxygen mixture and cold exposure in hamsters, comparing with hibernation state
Musacchia, X. J.↗
Density and flux distributions of neutral gases in the lunar atmosphere
Neon, argon, and helium density and flux distributions in lunar atmosphere
Yeh, T. T. J.↗
Spectral absorption coefficients of helium and neon buffer gases and nitric oxide-oxygen seed gas mixture
Spectral absorption coefficients of helium, neon, and nitric oxide mixtures with oxygen as functions of pressure, temperature, and wave number
Krascella, N. L.↗
Noble gases in the atmosphere between 43 and 63 kilometers
Upper stratosphere and mesosphere concentrations of Ne, Ar, and Kr from rocket-borne cryogenic air sampler
Bieri, R. H.↗
Rare gases from stepwise heating of lunar rock 12013
He, Ne, Ar and Xe from stepwise heating of Apollo 12 lunar rock 12013, discussing radiogenic and spallation components and He 3 and Ne 21 cosmic ray exposure ages
Alexander, E. C., Jr.↗
Sonic boom simulation with detonable gases
Far field sonic boom pressure profiles simulation by methane-oxygen mixture detonation in balloons
Byrne, W. J.↗
Inert gases from Apollo 11 and Apollo 12 fines - Reversals in the trends of relative element abundances
Primordial Kr and Xe trapping as possible cause of element abundance trend reversal in Apollo 11 and 12 fines
Heymann, D.↗
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.↗
Electron-bombardment ion source operation using various gases
Performance tests of electron bombardment ion thrustor, using xenon, krypton argon, neon, nitrogen, helium and carbon dioxide
Byers, D. C.↗
Convective effects on microwave break-down of gases
Communication blackout during missile and spacecraft high altitude flight, considering convective effects on gas breakdown by microwaves
Mohanty, A. K.↗
Rotational relaxation in polar gases. III - Molecular dynamics
Exponential approximation of rotational relaxation of polar HCl and DCl at 300 and 500 K by molecular dynamics, comparing with perturbation calculations
Dugan, J. V., Jr.↗
Rare gases in the Lost City and Suchy Dul meteorites
Lost City /Oklahoma/ and Suchy Dul /Czechoslovakia/ bronzite chondrites stable rare gas concentration determination
Baxter, M.↗
Noble gases and radionuclides in Lost City and other recently fallen meteorites
Radionuclides and noble gas isotopic abundances in recently fallen meteorites for cosmic ray exposure ages estimates
Bogard, D. D.↗
Laboratory studies of radiative transfer effects in shock-heated gases
Radiative heat transfer effects behind reflected and incident shock waves in high temperature air and xenon respectively
Bader, J. B.↗
On the shock-induced ignition of explosive gases
Shock induced ignition in explosive homogeneous hydrogen-oxygen gaseous mixtures
Meyer, J. W.↗
Dissociative excitation of vacuum ultraviolet emission features by electron impact on molecular gases. I - H2 and O2
Vacuum UV emission features dissociative excitation by electron impact on molecular hydrogen and oxygen, measuring excitation cross sections from threshold to 350 eV
Mumma, M. J.↗
Ion cyclotron resonance power absorption - Collision frequencies for CO2/plus/, N2/plus/, and H3/plus/ ions in their parent gases
Ion cyclotron resonance power absorption, deriving expression for average ion kinetic energy at saturation in steady state limit
Huntress, W. T., Jr.↗