Radiative thermal conductivity in planetary interiors.
Diopside, peridot and oligoclase optical constants found by measuring reflectance and transmittance spectra at high temperatures
Aronson, J. R.↗
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Results for “Thermal Radiator”
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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Materials research problems in the direct conversion of thermal radiative and chemical energy into electricity.
Materials limitations and problems for direct energy conversion methods of thermoelectricity, solar cells, thermionics and fuel cells
Wald, F.↗
Measurement of thermal radiation reflection on technical surfaces
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Eckert, E.↗
Prediction of thermal radiation from a rocket's exhaust plume
Data from absorption coefficients and fine-structure parameters measured for water vapor have been incorporated in an analytic program useful in evaluating heating by radiation from the exhaust plume of a large rocket.
Ludwig, C. B.↗
Experimental measurements of thermal radiation properties by cyclic incident radiation.
Solar absorptance, total hemispherical emittance and absorptance/emittance ratio for metals at cryogenic temperatures measured simultaneously with sinusoidally perturbed incident radiation
Jack, J. R.↗
Materials research problems in the direct conversion of thermal radiative and chemical energy into electricity.
Direct energy conversion and materials limitations, discussing thermoelectricity, solar cells, thermionics and fuel cells
Wald, F.↗
A crater model for lunar thermal radiation.
Directional characteristics of lunar IR radiation accounted for by crater model
Burkhard, D. G.↗
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.↗
Method and construction for protecting heat sensitive bodies from thermal radiation and convective heat Patent
Development of method for protecting large and oddly shaped areas from radiant and convective heat
Kubik, C. F.↗
Experiments to simulate heating of the propellant in a nuclear light bulb engine using thermal radiation from a d-c arc radiant energy source
Nuclear light bulb engine propellant stream radiant heating simulation using 500 kW dc arc and argon seeded with carbon particles
Klein, J. F.↗
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.↗
Measurement of thermal radiation scattering characteristics of submicron refractory particles.
The differential scattering parameter has been measured for 0.04-micron tungsten particles in hydrogen and nitrogen at temperatures to 1080 K. The differential scattering parameter has also been measured for 0.1 micron tungsten, three types of carbon particles, and fly ash in nitrogen at temperatures to 1000 K. The 0.04 micron tungsten shows a temperature dependent total scattering parameter varying from around 4000 sq cm per g at room temperature to 7000 sq cm per g at 1088 K. The temperatures over which data were obtained are not high enough to confirm the temperature dependence of the total scattering parameter of tungsten.
Jacobs, W. R.↗
Degradation and reuse of radiative thermal protection system materials for the space shuttle
Three silicide coated columbium alloys and two cobalt alloys were subjected to identical simulated reentry profiling exposures in both static (controlled vacuum leak) and dynamic (hypersonic plasma shear) environments. Primary emphasis in the columbium alloy evaluation was on the Cb752 and C129Y alloys with a lesser amount on FS85. Commercial silicide coatings of the R512E and VH109 formulations were used. The coated specimens were intentionally defected to provide the types of coating flaws that are expected in service. Temperatures were profiled up to peak temperatures of either 2350 F or 2500 F for 15 minutes in each cycle.
Bartlett, E. S.↗
On the torsional static stability and response of open section tubes subjected to thermal radiation loading.
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Beam, R. M.↗
A versatile instrument for thermal radiation measurement
A radiometer has been designed, fabricated, and tested which is rugged, versatile, and highly reliable for measurement of real or simulated solar radiation in an ambient or vacuum environment, and for measurement of total hemispherical infrared radiation in a vacuum. This radiometer may be considered as an all purpose radiometer for space environment simulation and testing.
Wolff, C. M.↗
Thermal Radiation Analysis System (TRASYS)
A user's manual is presented for TRASYS, which is a digital software system with a generalized capability for solving radiation problems. Subroutines, file, and variable definitions are presented along with subroutine and function descriptions for the preprocessor. Definitions and descriptions of components of the processor are also presented.
Connor, R. J.↗
Thermal radiation analysis system (TRASYS) user's manual, appendix H, volume 2
For abstract, see N74-32371.
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Thermal Radiation Analysis System (TRASYS) User's Manual
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Jensen, C. L.↗