Linear heat conduction with temperature dependent physical properties.
Linear heat conduction in metals with temperature- dependent physical properties and constant illumination
HEAT EQUATION↗
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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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Radiant energy transport within cryogenic condensates.
Radiant energy transport within cryogenic condensates extended to case of explicitly varying condensate depths and wider substrate temperature range
RADIANT ENERGY↗
Prediction of the lunar thermal environment.
Prediction of lunar surface temperature through digital computer program noting heat transfer equations
THERMAL ENVIRONMENT↗
On a mathematical formulation of the constituent inversion problem for planetary atmospheres
Perturbation method for inverting radiative heat transfer equation to obtain vertical constituent distribution in planetary atmospheres
Conrath, B. J.↗
The attractive action of a nonisothermal lubricating layer
Hydrodynamic and heat transfer equations for nonisothermal lubricating oils of journal bearing
Podolskii, M. E.↗
Hydrodynamics and heat transfer in a convoluted stream between two coaxial cylinders
Hydrodynamic and heat transfer equations for turbulent annular flow
Ustimenko, B. P.↗
Coating selection program - Theory
Heat balance equations for optimizing optical coating patterns for spacecraft temperature control system
Aston, B.↗
Non-linear heat transfer of solids in orthogonal coordinate systems.
Nonlinear partial differential heat conduction equation /Poisson type/ obtained by using Kirchhoff transformation
Cobble, M. H.↗
Further examination of the hydrogen content in the upper atmosphere of Venus.
Molecular hydrogen concentration in Venus upper atmosphere by solving numerically heat conduction equation in conjunction with separate diffusion equation for each constituent
Mcgovern, W. E.↗
Estimate of the temperature rise of micron- sized silver particles in the electron microscope due to electron-beam heating.
Temperature rise of micron sized silver particles on carbon film due to electron beam heating, setting up heat balance equation
Ansell, G. S.↗
Combined radiation and conduction heat transfer - Application in design.
Combined radiation and conduction heat transfer equation applied to temperature profile around opaque hollow sphere and in solid condensed gas layer
Mcconnell, D. G.↗
Thermal instabilities limiting power dissipation in transistors.
Second breakdown and other thermal instabilities analyzed by heat flow equation, obtaining stability criteria predicting reduced power dissipation for transistor at low currents
Spitzer, S. M.↗
The influence of varying solar flux on ionospheric temperatures and densities - A theoretical study.
Simultaneous solution of continuity and heat conduction equations for ionospheric plasma consisting of electrons, atomic O ions and neutral gas species, discussing varying solar flux effects
Chandra, S.↗
F-region ionization and heating during magnetic storms.
Simultaneous solution of continuity and heat conduction equations for ionospheric electrons, ions and neutral species for studying F region magnetic storm behavior
Chandra, S.↗
Predicting lunar temperatures.
Lunar temperature prediction with emphasis on variable property models, noting assumptions about physical properties appearing in heat conduction equations
Jones, B. P.↗
Rarefied gas dynamics
Monte Carlo solutions to Boltzmann equation for heat transfer, shock wave, and nonequilibrium gas flow problems
Chow, W.↗
Transient temperature distribution during an exothermic chemical reaction
Heat conduction equation for determining temperature distribution during exothermic chemical reaction
Levitsky, M.↗
Solar cycle variation of planetary exospheric temperatures
Solar cycle variation of planetary exospheric temperature from heat balance equation solution
Bauer, S. J.↗