A Study of the Influence of Carbon Dioxide on Infrared Radiative Transfer in the Stratosphere and Mesosphere
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Young, C.↗
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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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The spectral composition of the earth's infrared radiation into space according to the measurement results from earth's artificial satellites
Spectral composition of earth radiation determined using monochromators installed on board Cosmos series earth satellites
COSMOS SATELLITE↗
The backscattering and extinction of visible and infrared radiation by selected major cloud models.
Volume backscattering functions and optical extinction coefficients for visible and IR RADIATION and selected cloud models
BACKSCATTER↗
Investigation of coherent sources of infrared radiation Semiannual status report, 1 May - 31 Oct. 1967
Appleton-Hartree equations for propagation of electromagnetic waves collisionless magnetoionic medium to determine effect of electron density on laser behavior
Schawlow, A. L.↗
Current research on infrared radiation from rocket exhaust.
IR radiation heat transfer from rocket exhaust plumes, discussing absorption and emission characteristics
Huffaker, R. M.↗
Absorption of infrared radiation by ice cryodeposits
Absorption of black-body radiation by ice cryodeposits on metal substrates
Pepper, S. V.↗
Spectral distribution of infrared radiation from the Trapezium region of the Orion Nebula.
IR spectral distribution from region between stars of Trapezium in Orion Nebula
Gillett, F. C.↗
Infrared radiation associated with protostars.
Residual interstellar gas from protostar formation detected as high luminosity IR object
Cameron, A. G. W.↗
Intensity of the infrared radiation from interstellar grains in the solar neighborhood
IR radiation intensity distribution in solar neighborhood from grain models of dirty ice, graphite and graphite core-dirty ice mantle
Swamy, K. S. K.↗
Cosmic sources of infrared radiation
Cosmic IR radiation sources, discussing galactic and stellar masses
Burbidge, G. R.↗
Rocket observations of far infrared radiation which may emanate from the upper atmosphere
Rocket observations of far IR radiation from upper atmosphere
Harwit, M.↗
Application of simultaneous infrared radiation measurements and cloud photographs from satellites
Simultaneous meteorological satellite IR radiation measurements and cloud photographs for superposition and mutual interpretation
Vonder Haar, T. H.↗
Observations of infrared radiation from cool stars
Four-color IR photometry of cool carbon, S and M stars
Gillett, F. C.↗
Absorption of infrared radiation by high- density oxygen
IR radiation role in limiting central heater maximum temperature and heat transfer to high density oxygen in cryogenic storage systems
Borucki, W. J.↗
The directional characteristics of lunar infrared radiation
Lunar IR directional characteristics theory, noting agreement with observations at all observational and phase angles
Burkhard, D. G.↗
Comparison of measured and theoretical inverse bremsstrahlung and photoionization absorption of infrared radiation in a H-He plasma.
The absorption coefficients of 1.15- and 3.39-micrometer radiation for a homogeneous H-He plasma have been measured in a temperature and electron density range where the major absorption mechanisms are electron-ion inverse bremsstrahlung and neutral-atom photoionization. Measurements were made behind both the incident and reflected shock waves in a driven tube by recording the laser intensity transmitted along the tube diameter as a function of time. The measured values compare well with those obtained from theoretical calculations for a gas in thermodynamic equilibrium.
Billman, K. W.↗
Generation of infrared radiation in a metal-to-metal point-contact diode at synthesized frequencies of incident fields - A high-speed broad-band light modulator.
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Sanchez, A.↗
Handbook of infrared radiation from combustion gases
The treatment of radiant emission and absorption by combustion gases are discussed. Typical applications include: (1) rocket combustion chambers and exhausts, (2) turbojet engines and exhausts, and (3) industrial furnaces. Some mention is made of radiant heat transfer problems in planetary atmospheres, in stellar atmospheres, and in reentry plasmas. Particular consideration is given to the temperature range from 500K to 3000K and the pressure range from 0.001 atmosphere to 30 atmospheres. Strong emphasis is given to the combustion products of hydrocarbon fuels with oxygen, specifically to carbon dioxide, water vapor, and carbon monoxide. In addition, species such as HF, HC1, CN, OH, and NO are treated.
Ludwig, C. B.↗