Thermal conductance of two-dimensional constrictions.
Thermal conductance of two dimensional constrictions using symmetrical and eccentric configurations
Chandra, S.↗
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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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An analytical model for determining the thermal conductivity of closed-cell foam insulation.
Thermal conductivity of closed cell polyurethane foam insulation, analyzing steady state heat flow, gas diffusion, condensing, mole fraction and temperature
Hammond, M. B., Jr.↗
Predicted thermal conductivity - Gaseous and liquid para-hydrogen.
Predicted thermal conductivity of gaseous and liquid para hydrogen relationship to viscosity behavior via Enskog theory
Elzinga, D. J.↗
Comparison between vapor chamber and conducting fin Brayton radiators.
Brayton cycle space powerplant vapor chamber and conduction fin radiators compared for size and weight, noting working fluids
Couch, J. P.↗
On the stability of a revolving conducting fluid in a circular magnetic field.
Stability of revolving conducting fluid in circular magnetic field, discussing dual roles of viscosity and magnetic diffusivity
Pao, H. P.↗
Radiative terms in the thermal conduction equation for planetary atmospheres.
Thermal conduction equation describing IR emissions and absorptions by atomic oxygen and carbon monoxide accounting for absorption of planetary, mesospheric and thermospheric radiation
Stewart, R. W.↗
Thermal conductivity of gases - Hydrocarbons at normal pressures.
Thermal conductivity of gaseous hydrocarbons at normal pressures, noting translational, rotational and vibrational contributions
Roy, D.↗
Automated measurement of thermal conductivity
Testing technique permits accurate measurement of temperature-dependent thermal conductivity, by virtue of the small temperature differential required across a specimen. The permissible mean insulation temperature ranges from cryogenic to 10 degrees F for the insulation under test.
Hale, D. V.↗
Thermally conducting electron transfer polymers
New polymeric material exhibits excellent physical shock protection, high electrical resistance, and thermal conductivity. It is especially useful for electronic circuitry, such as subminiaturization of components and modular construction of circuits.
Byrd, N. R.↗
The development of a segmented, axially conducting, pyrolytic graphite reaction control engine Quarterly report, 15 Dec. 1965 - 14 Mar. 1966
Design of segmented, axially conducting, pyrolytic graphite rig engine, including thermal and structural analyses
Source record↗
Electrochemical data. Part 10 - Electrolytic conductivity of aqueous solutions of the alkali metal hydroxides
Electrolytic conductivity data for aqueous solutions of alkali metal hydroxides
De Wane, H. J.↗
Considerations of conduction and radiation on the preablation heating of meteoroids
Thermal conductivity and radiation cooling of surface considerations in preablation heating of meteoroids
Ceplecha, Z.↗
The development of a segmented, axially conducting, pyrolytic graphite reaction control engine Quarterly report, 15 Sep. - 14 Dec. 1966
Fabrication and cold flow testing of integral spray injector for flight configuration of axially conducting rocket engine
Source record↗
The effective electrical conductivity of a two-phase liquid-metal flow
Electrical conductivity of two phase liquid metal flow in magnetohydrodynamic generator
Aladyev, I. T.↗
Thermal conduction through an evacuated idealized powder over the temperature range of 100 deg K to 500 deg K
Measurement of radiative thermal conduction of ideal powder as function of temperature
Merrill, R. B.↗
Hyperelectronic polarization, conduction, and possible superconduction in macromolecular solids Interim technical report
Electrical conduction and polarization in polymers
Hartman, R. D.↗
Measurement of Prandtl number and thermal conductivity Summary report
Prandtl numbers and thermal conductivity of air, argon, and hydrocarbon fuel combustion products
Anderson, K. M.↗