A study of the strengths and widths of lines in the 9.4 and 10.4 mu CO sub 2 bands.
Strengths and widths of lines in 9.4 and 10.4 mu carbon dioxide bands by measuring transmittance vs pressure, using curve of growth method
Mccubbin, T. K., Jr.↗
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Results for “Co”
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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Test and analysis of a vacuum desorbed molecular sieve CO sub 2 removal system for manned spacecraft.
Vacuum desorbed molecular sieve carbon dioxide removal system for manned spacecraft
Dellosso, L., Jr.↗
The Martian CO sub 2 abundance from measurements in the 1.05-mu band.
Martian carbon dioxide abundance from spectral scan measurements using solar telescope
Boese, R. W.↗
Theoretical molecular line absorption of CO in late-type atmospheres.
Molecular line absorption of carbon monoxide calculated for late spectral type stellar atmospheres from IR spectrophotometric observations
Kunde, V. G.↗
Collisional relaxation of the 10 super 0 state in pure CO sub 2.
Collisional relaxation rate in pure carbon dioxide, discussing experiment, time and pressure relationships and energy levels
Javan, A.↗
Synthesis of formaldehyde from CO sub 2 and H sub 2.
Formaldehyde synthesis from carbon dioxide and hydrogen via methane partial oxidation, discussing role in carbohydrates synthesis from spacecrew gaseous metabolic wastes
Budininkas, P.↗
Collisional broadening of CO absorption lines by foreign gases.
Collisional line broadening ability of various foreign gases relative to nitrogen for rotational lines in fundamental absorption band of carbon monoxide
Draegert, D. A.↗
Research and development study related to the synthesis of formaldehyde from CO sub 2 and H sub 2 Final report
Chemical synthesis of formaldehyde from carbon dioxide and hydrogen and suitability for spacecraft conditions
Budininkas, P.↗
Theoretical molecular line absorption of CO in late spectral type atmospheres
Theoretical molecular line absorption of carbon monoxide in late spectral type stellar atmospheres
Kunde, V. G.↗
Hematological response in sheep given protracted exposures to Co 60 gamma radiation
Leukocyte count changes in sheep after prolonged exposure to gamma irradiation at rate of 1.9 R/hr
Ainsworth, E. J.↗
The refractivity of Co sub 2 under simulated martian conditions
Refractivity of carbon dioxide under simulated Martian conditions by radio occulation
Howard, H. T.↗
Co-existence of lipid and gas emboli in experimental decompression sickness
Coexistence of lipid and gas emboli in experimental decompression sickness, and lung tissue sectioning data on overcompressed dogs treated with dextran and heparin
Cockett, A. T. K.↗
Evaluation of desorbates from a regenerative CO sub 2 removal system used in a 60-day manned test
Quantitative analyses on desorbates from silica gel and molecular sieves in regenerative carbon dioxide removal during manned space flight simulation
Mader, P. P.↗
The dose-dependence and dynamics of the physiological regeneration of the epithelium in the corneas of mice which were subjected to irradiation by protons with an energy of 630 MeV and by gamma-radiation from Co 60
Proton irradiation dose effects on physiological epithelium regeneration in mice cornea
Mastryukova, V. M.↗
Photolysis of CO sub 2 in far ultraviolet.
Gas phase photolysis of carbon dioxide in far UV, searching for carbon trioxide
Sethi, D. S.↗
Franck-Condon factors for ionizing transitions of O sub 2, CO, NO and H sub 2 and for the NO super plus
Franck-Condon factors in radiative, excitation and ionization molecular transitions of oxygen, carbon monoxide, nitric oxide, etc
Nicholls, R. W.↗
Electron paramagnetic resonance in irradiated Ag sub 2 CO sub 3.
Gamma irradiated silver carbonate EPR at liquid nitrogen temperatures
Ashford, N. A.↗
High temperature decomposition of ammonium perchlorate using CO sub 2 laser-mass spectrometry.
Ammonium perchlorate high temperature decomposition by using carbon dioxide laser pyrolysis/mass spectrometry
Cofer, W. R., III↗