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↗
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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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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↗
Graphite-metal carbide composites
Feasibility of fabricating graphite-metal carbide composites of high density and strength by hot pressing
GRAPHITE↗
Graphite-metal composites Final report, 1 Aug. 1965 - 31 Jul. 1966
High strength, hot pressed metal carbide-graphite composites
METAL CARBIDE↗
Properties of P-03 graphite
Thermal and mechanical properties of P-03 graphite evaluated for nuclear energy for rocket vehicle reactor hardware
HARDWARE↗
Containment of liquid zirconium and niobium carbides on graphite between 3500 deg and 4700 deg K
Containment of liquid zirconium and niobium carbides on graphite
NIOBIUM CARBIDE↗
On graphite and interstellar extinction.
Mie scattering calculation to support theory that interstellar extinction is caused by graphite particles
GRAPHITE↗