Development of a graphite radiant heater
Design and tests of graphite radiant heater for high heat flux source in spacecraft thermostructural tests
Brodbeck, F. W.↗
SEARCH · Engineering Papers
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.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
Arc electrode of graphite with ball tip Patent
Arc electrode of graphite with tantalum ball tip
Gordon, W. A.↗
Crystallite orientation in molded graphites
Orientation and distribution of crystallites in molded artificial graphite
Schryer, D. R.↗
High temperature oxidation resistant coatings. Coatings for protection from oxidation of superalloys, refractory metals, and graphite
High temperature oxidation resistant coatings for superalloys, refractory metals, and graphite
Source record↗
Graphite minority carriers, from transport measurements to 10 teslas
Minority carries in single crystal and pyrolytic graphite studied by observing magnetic field oscillations in Hall voltage and thermopower
Woollam, J. A.↗
CMB-13 research on carbon and graphite
Microstructural study of physical and mechanical properties of carbon and graphite
Smith, M. C.↗
Development of seal ring carbon-graphite materials (tasks 3 and 4)
Thermal, chemical, and wear properties of carbon-graphite seal ring materials at air temperature to 1300 F
Fechter, N. J.↗
CMB-13 research on carbon and graphite
Research and development on carbon and graphite to determine properties and behavior as engineering materials
Smith, M. C.↗
Field ionization data using a graphite emitter
Field ionization yield with single graphite whisker lateral surface as ionizer, using helium, ammonia, carbon monoxide and carbon dioxide
Bryant, P. J.↗
Graphite carrier locations and quantum transport to 10 T /100 kG/
Highly ordered pressure-annealed pyrolytic graphite majority carrier electrons and holes locations in Brillouin zone from measurements in magnetic fields
Woollam, J. A.↗
High-temperature creep of polycrystalline graphite
Crack opening mechanism for high temperature creep of polycrystalline graphite
Green, W. V.↗
Graphite fiber composites at cryogenic temperatures
Graphite fiber resin composites physical and mechanical properties at ambient and cryogenic temperatures, discussing unidirectional ring and bar specimens and filament wound pressure vessels
Simon, R. A.↗
Graphite ablation at high temperatures
Graphite ablation under high temperatures for large outer planets entry probes, correlating mass loss rates with surface temperatures and specimen nose cone radii
Dickey, R. R.↗
The use of graphite in high and ultrahigh vacuum - A review
Graphite properties in high and ultrahigh vacuum, suggesting use as electrode material in vacuum gages and residual gas analyzers
Beitel, G. A.↗
Polyimide bonded graphite fluoride: A new long life solid lubricant coating
Solid lubricant film consisting of polyimide varnish as binder and graphite fluoride as lubricant is described. Comparative wear tests with other solid lubricants were conducted and results are shown in graph form. Test equipment used in conducting wear tests is reported.
Fusaro, R. L.↗
Lubricating characteristics of polyimide bonded graphite fluoride and polyimide thin films
A friction and wear life study was conducted on the use of a polyimide (PI) varnish as a binder for the solid lubricant, graphite fluoride (CF(1.1))N. Also studied were the lubricating properties of PI thin films with no solid lubricant additives. For comparison, similar experiments on PI-bonded MoS2 and burnished films of MoS2 or (CF(li))N were conducted. The best results were obtained with the PI-bonded (CF(1.1))N films. The polyimide thin films (with no solid lubricant additives) did not lubricate well at 25 C; however, when heated to 100 C, low friction and long wear lives were obtained.
Fusaro, R. L.↗
Comparison of NASTRAN and STARDYNE static analysis of a graphite fiber reinforced plastic truss structure
A static and buckling analysis of the ATS-F&G spacecraft reflector support truss (RST) and bridge truss assembly using NASTRAN was conducted. The RST is fabricated from a new material, graphite fiber reinforced plastic. A comparison is made with the NASTRAN results and the results of a similar analysis conducted using the stardyne program. The results of an actual static load test are also compared.
Honeycutt, G. H.↗
Graphite minority carriers.
It is demonstrated that there are (at least) two sets of minority carriers in graphite, which are essentially the same for both natural single crystals and for pyrolytic samples. Both materials have similar minority carrier de Haas-van Alphen periods as a function of the angle between the C axis and the magnetic field.
Woollam, J. A.↗