A torsion effusion study of the reaction of graphite with oxides of thorium and zirconium.
Torsion effusion method for studying reaction of graphite with thorium and zirconium oxides, discussing thermodynamic properties of thorium carbide
GRAPHITE↗
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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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Rates of hydrogen-graphite reaction between 1550 deg and 2260 deg c
Reaction of graphite and hydrogen in temperature range 1550 to 2260 deg C
HYDROGEN↗
Experimental control of oxygen fugacities by graphite-gas equilibria
Experimental control of oxygen fugacities by graphite-gas equilibria
CHEMICAL EQUILIBRIUM↗
Hypervelocity impact damage characteristics in beryllium and graphite plates and tubes
Hypervelocity impact damage characteristics in beryllium and graphite plates and tubes
GRAPHITE↗
The development of graphite sensing elements for slug calorimeters and a high temperature blackbody source final report
Graphite sensing elements for slug calorimeters and high temperature black body radiation source
GRAPHITE↗
Brittle behavior of beryllium, graphite, and lucite under hypervelocity impact.
Cracking damage and cratering resulting from hypervelocity impact of beryllium, graphite and lucite used in spacecraft radiators
HYPERVELOCITY CRATERING↗
Structural changes accompanying deformation in pyrolytic graphite.
Structural changes in pyrolytic graphite accompanying deformation produced by applying stress parallel to substrate examined by electron microscopy and X-ray diffraction
PYROLYTIC GRAPHITE↗
Fiber-base graphites.
Semicommercial fiber-base graphites including laminated composites as structural materials for applications to 6000 degrees F
STRUCTURAL MATERIAL↗
Thermal diffusivity measurements of graphites and chars using a pulsed laser.
Pulsed laser technique for measuring thermal diffusivity of graphites and chars between 500 and 5000 degrees F
THERMAL DIFFUSION↗
The oxidation and sublimation of graphite in simulated re-entry environments.
Graphite thermochemical response tested in simulated environment for use as thermal shield for hypersonic reentry vehicles
REENTRY SHIELD↗
Some geological implications of equilibrium between graphite and a C-H-O gas phase at high temperatures and pressures
Geological implications of equilibrium between graphite and C-H-O gas phase at high pressures and temperatures
GEOLOGY↗
Bonding of a pyrolytic graphite hypervelocity impact target Final report
Bonding pyrolytic graphite plates into hypervelocity impact target
TARGET↗
Nuclear rockets based on graphite reactor technology - Their applications and development status
Development and mission applications of nuclear rockets based on graphite reactor technology
MISSION PLANNING↗
Graphite-metal Composites Quarterly Report No. 2
Graphite effect on molybdenum-carbide composite properties and tungsten, vanadium, hafnium, tantalum, niobium, and zirconium metal systems
CARBON↗
On graphite and interstellar extinction
Graphite particles and interstellar extinction
INTERSTELLAR MATERIAL↗
The oxidation and sublimation of graphite in simulated re-entry environments
Graphite oxidation and sublimation in simulated reentry environments
TEMPERATURE EFFECT↗
Development of brazing processes for pyrolytic graphite Final report, 1 May 1965 - 1 Mar. 1966
Brazing process techniques for pyrolytic graphite
LAP JOINT↗
An experimental study of the oxidation of graphite in high-temperature supersonic and hypersonic environments
Graphite oxidation in high temperature supersonic and hypersonic streams of air and air-nitrogen mixtures
OXIDATION↗