CMF-13 research on carbon and graphite Progress summary report, 1 May - 31 Jul. 1968
Physical and mechanical properties of carbon and graphite
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Physical and mechanical properties of carbon and graphite
Physical and mechanical properties of carbon and graphite used as engineering materials
Properties of graphite fiber composites at cryogenic temperatures
Microstructural study on carbon and graphite
Orientation of crystallites in molded artificial graphites
Elastic properties of fine grained graphite at room and elevated temperatures
Room temperature tensile deformation and fracture of polycrystalline graphite as function of particle size, bulk density, preferred orientation, and stress action direction
Research and development on properties, behavior, and manufacture of carbon and graphite
Friction and wear tests on solid lubricant graphite fluoride compared with molybdenum disulfide at specific temperatures, considering friction coefficient
X ray diffraction method to determine degree of orientation of crystallites in extruded graphites
Thermal stability of graphite core-solid hydrogen mantle grains determined from temperature and evaporation rates calculated for interstellar space
Particle removal in ablation of artificial graphite linked to oxidation, using high speed motion pictures in analysis
Energy storage in creep deformed graphite from stress reduction tests, discussing negative creep, test procedures and results
Thermoelectric power and Hall effect quantum resonances in pressure annealed pyrolytic graphite crystals for carrier locations evidence
Effusion steady state pressures time dependence of carbon monoxide and calcium vapors generated during calcium oxide-graphite interaction
Grains impurities effect on interstellar extinction curve from graphite grain model, discussing dirty ice coatings
Magnetoresistance nonlinearity and Hall effect in graphite in magnetic field, observing temperature dependence below 4.2 K
High strength graphite fabrics evaluation for flexible structures, discussing temperature effects, fabrication, mechanical properties, oxidation and protective coatings