An experimental determination of the absorp- tances of cryodeposited films using calori- metric techniques
Absorptance of cryodeposited films of carbon dioxide, nitrogen, and air for radiation from black body radiator
BLACK BODY RADIATION↗
SEARCH · Search NASA
Results for “Nitrogen dioxide”
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.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
The clouds and atmosphere of Venus.
Venus ice and liquid water atmospheric model accounting for microwave spectrum, discussing carbon dioxide-nitrogen model
Pollack, J. B.↗
Results of airborne survey of NO sub 2 and SO sub 2 over Los Angeles Basin
Methods and results of aircraft flight survey of nitrogen dioxide and sulfur dioxide in air over Los Angeles, Calif.
Source record↗
A Basic Study on the Ignition of Hypergolic Liquid Propellants Interim Report
Ignition mechanism of hydrazine-nitrogen dioxide hypergolic propellant system
Breen, B. P.↗
Infared spectral studies of peroxyacetyl nitrate /PAN/ Final report, 1 Jan - 31 Dec. 1969
Photochemical reactions of nitrogen dioxide and organic compounds in polluted air
Fild, I.↗
The effect of composition on the mechanism of stress-corrosion cracking of titanium alloys in nitrogen tetroxide, and aqueous and hot- salt environments Annual summary report, 1 May 1967 - 30 Apr. 1968
Stress corrosion data for titanium alloys in aqueous, hot salt, and nitrogen dioxide environments
Boyd, J. D.↗
Theoretical predictions of nongray radiant heat transfer in high-temperature nonisothermal CO sub 2 -N sub 2 mixtures.
Nongray equilibrium radiative heat transfer in viscous radiating shock layer around blunt body entering high temperature nonisothermal carbon dioxide-nitrogen atmosphere
Boughner, R. E.↗
Photodetachment of NO sub 2.
Photodetachment of electrons from nitrogen dioxide ions by light in violet portion of visible spectrum, noting wavelength dependence
Warneck, P.↗
A basic study of the ignition of hypergolic liquid propellants Final report
Theoretical analysis of ignition mechanisms and quantitative analysis of vapor phase reaction products of dimethylhydrazines with nitrogen dioxide
Breen, B. P.↗
Kinetics and mechanism of NO2 fluorescence
Kinetics and mechanism of nitrogen dioxide fluorescence
Kaufman, F.↗
BrO from the flash photolysis of Br2-N2O and Br2-NO2 mixtures
Bromine monoxide formation by atomic oxygen- bromine reaction in flash photolysis of bromine- nitrous oxide and bromine-nitrogen dioxide mixtures
Sturm, J. E.↗
Total radiative intensity calculations for 100 percent CO2 and 90 percent CO2-10 percent N2
Radiative intensity calculations for carbon dioxide and carbon dioxide-nitrogen plasmas for various temperatures, densities and path lengths, computing UV and continuum spectra
Stickford, G. H., Jr.↗
Photodissociation of NO2 by pulsed laser light at 6943 A
Two photon absorption in photodissociation of nitrogen dioxide using pulsed laser at 6943A
Gerstmayr, J. W.↗
Nongray radiative heat transfer in high- temperature nonisothermal CO2-N2 mixtures
Nongray equilibrium radiative heat transfer in viscous radiating shock layer around blunt body entering high temperature nonisothermal carbon dioxide-nitrogen atmosphere
Boughner, R. E.↗
Relative quenching rates of O/1D/ by CO2, N2, and O2
Quenching rates for oxygen during 1470 A pulse photolysis in carbon dioxide, nitrogen and helium mixtures
Loewenstein, M.↗
Gain of CO2 gasdynamic lasers
CW carbon dioxide gasdynamic laser gain for mixture of carbon dioxide, nitrogen and helium
Gowen, F. E.↗
Theory and experiment of electric discharge CO2 convection lasers
Convectively cooled carbon dioxide-nitrogen-helium electric discharge laser theory based on excitation and relaxation processes, comparing with experiment
Allario, F.↗
Toxic Hazards Research Unit
The activities of the Toxic Hazards Research Unit (THRU) for the period of June 1970 through May 1971 reviewed. Modification of the animal exposure facilities primarily for improved human safety but also for experimental integrity and continuity are discussed. Acute toxicity experiments were conducted on hydrogen fluoride (HF), hydrogen chloride (HCl), nitrogen dioxide (NO2), and hydrogen cyanide (HCN) both singly and in combination with carbon dioxide (CO). Additional acute toxicity experiments were conducted on oxygen difluoride (OF2) and chlorine pentafluoride (ClF5). Subacute toxicity studies were conducted on methylisobutylketone and dichloromethane (methylene dichloride). The interim results of further chronic toxicity experiments on monomethylhydrazine (MMH) are also described.
Macewen, J. D.↗