Thermophysics research at Marshall Space Flight Center
Thermophysics research on space environment, thermal control, infrared physics, and thermal flight experiments
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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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Thermophysics research on space environment, thermal control, infrared physics, and thermal flight experiments
Thermophysical properties of nondegradated and thermally degradated low density phenolic-nylon ablating material
Thermophysical properties of ablative materials - phenolic resins
Ruby laser as energy source for measuring thermophysical properties of materials via flash technique
Thermophysical research requirements for Venus Lander, Jupiter Entry Probe and Mercury Orbiter planetary exploration missions
Four thermophysical properties of both the solid and the liquid titanium measured using the high-temperature electrostatic levitator at JPL are presented. These properties are the density, the thermal expansion coefficient, the constant pressure heat capacity, and the hemispherical total emissivity.
Aerospace America year in review article for Thermophysics covering the COMARS data from ExoMars, meteor testing in arcj ets and potential energy surface calculations.
Thermophysical properties of high temperature molten materials have not been determined accurately because of the experimental problems associated with taking measurements at high temperatures.
Six thermophysical properties of both the solid and liquid zirconium measured using the high-temperature electrostatic levitator at JPL are presented. These properties are: density, thermal expansion coeffiecient, constant pressure heat capacity, hemispherical total emissivity, surface tension and viscosity.
Six thermophysical properties of both the solid and liquid zirconium measured using the high-temperature electrostatic levitator at JPL are presented.
Thermophysical properties of oxygen at low temperature - bibliography
Thermophysical and transport properties of high temperature energy storage materials
Reference work provides in tabular and graphical form the thermophysical properties of basic alloys, their constituents and oxides. This is useful for personnel who deal with extreme temperature environments.
Density, viscosity, surface tension, electrical resistivity, thermoconductivity, enthalpy, specific heat, and vapor pressure thermophysical properties of potassium
Mathematical model for heat conduction problems in multilayer systems with variable thermophysical properties
Thermophysical property measurements on ablative materials for Apollo spacecraft propulsion system configuration
Computer program for determining thermophysical aspects of Jupiter atmospheric entry