Graphite element serves as radiant heat source
Radiators using a graphite heating element as a radiant heat source have high heat flux and long operational lives. They are used to test the thermal resistance of materials.
Source record↗
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Results for “graphitization”
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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Graphitization of organic material in a progressively metamorphosed precambrian iron formation
Graphitization of organic material in progressively metamorphosed Precambrian sedimentary iron formation in Northern Minnesota
ORGANIC MATERIAL↗
Graphite-metal composites Quarterly report no. 2
Fabrication of high strength bulk graphite-metal composites by hot pressing
HIGH STRENGTH ALLOY↗
Graphite-metal Composites Quarterly Report No. 3, Feb. 1 - May 1, 1966
Liquid phase sintering in graphite-metal composites during hot pressing at high temperatures
HOT PRESSING↗
Carbon and graphite
Mechanical properties, plastic deformation, and tensile creep rate in carbon and graphite
TENSILE CREEP↗
On the formation of graphite grains in cool stars
Graphite grain formation in cool stars examined on basis of molecular equilibrium data for stellar atmospheres
CRYSTAL GROWTH↗
Glass, boron, and graphite filament wound resin composites and liners for cryogenic pressure vessels
Tensile and interlaminar shear strengths of glass, boron, and graphite filament wound resin composites and liners for cryogenic pressure vessels
FILAMENT WINDING↗
Spectral radiance of a low current graphite arc.
Spectral radiance of low current graphite arc anode determined, using high accuracy spectroradiometer
OPTICAL MEASUREMENT↗
Analytical techniques for determining boron in graphite
Two analytical techniques, a gold nucleation and an etch-decoration technique have been developed for determining the presence and mobility of boron in graphite.
Hennig, G. R.↗
Graphite cloth facilitates vacuum evaporation of silicon monoxide
Woven graphite cloth facilitates the vacuum deposition of thin films of silicon monoxide on substrate surfaces. The cloth serves both as a container and electric heating element for the silicon monoxide. It minimizes and prevents the silicon monoxide particle ejection, provides uniform heat distribution, and cools rapidly by radiation.
Carithers, M. D.↗
Stress Dependence of Tensile Creep Rate in Carbons and Graphites
Stress dependence of tensile creep rate in carbons and pyrolytic graphite
Fishbach, D. B.↗
Glass, boron, and graphite filament wound resin composites and liners for cryogenic pressure vessels
Tensile strength properties of glass, boron, and graphite filament wound resin composites and liners for cryogenic pressure vessels
Hanson, M. P.↗
Effects of atmospheric reentry on graphite particles
Theoretical and experimental studies of graphite and unspecified reactor material oxidation behavior to determine atmospheric reentry effects
Engel, M. J.↗
Fabrication and Characterization of Metal Carbide-graphite Composites
Hot press fabrication effects on phase equilibrium and physical properties of refractory metal carbide-graphite composites
Harada, Y.↗
Graphite triple point and solidus-liquidus interface experimentally determined up to 1000 atmospheres
Experimental determination of graphite triple point and liquid-solid interface
Schoessow, G. J.↗
Development of constitutive equations for nuclear grade graphite for space applications 2 Final report
Development of general constitutive equation for room temperature mechanical response of nuclear grade graphite
Snyder, R. D.↗
Comparison of small water-graphite nuclear rocket stages with chemical upper stages for unmanned missions
Small water-graphite nuclear rocket stages compared with chemical upper stages for use in unmanned spacecraft
Clark, M. R.↗
CMF-13 research on carbon and graphite Summary progress report, 1 May - 31 Jul. 1968
Physical and mechanical properties of experimental carbons and graphites based on X ray diffraction, electron, and optical microscopy
Smith, M. C.↗