TENSILE CREEP BEHAVIOR OF GLASSY CARBON

[1] Dorn J.E., 1964, HIGH TEMPERATURE STR, P95

[2] DEFORMATION-INDUCED ANISOTROPY IN GLASSY CARBON [J]. CARBON, 1969, 7 (01) : 196 - &

[3] STRESS DEPENDENCE OF TENSILE CREEP RATE IN CARBONS AND GRAPHITES [J]. NATURE, 1968, 217 (5131) : 840 - &

[4] MAGNETIC SUSCEPTIBILITY OF GLASSY CARBON [J]. CARBON, 1967, 5 (06) : 565 - +

[5] FISCHBACH DB, 1968, 321228 JET PROP LAB

[6] FISCHBACH DB, 1971, CHEMISTRY PHYSICS CA, V7

[7] FISCHBACH DB, 1969, 321388 JET PROP LAB

[8] A METHOD FOR DETERMINING MICROSTRUCTURAL CHANGES IN GRAPHITE THAT ACCOMPANY HIGH TEMPERATURE DEFORMATION [J]. CARBON, 1967, 5 (06) : 583 - &

[9] STRESS DEPENDENCE OF CREEP RATE OF A URANIUM-LOADED GRAPHITE [J]. CARBON, 1966, 4 (01) : 81 - &

[10] GREEN WV, 1967, ELECTROCHEM TECHNOL, V5, P203

[1] Dorn J.E., 1964, HIGH TEMPERATURE STR, P95

[2] DEFORMATION-INDUCED ANISOTROPY IN GLASSY CARBON [J]. CARBON, 1969, 7 (01) : 196 - &

[3] STRESS DEPENDENCE OF TENSILE CREEP RATE IN CARBONS AND GRAPHITES [J]. NATURE, 1968, 217 (5131) : 840 - &

[4] MAGNETIC SUSCEPTIBILITY OF GLASSY CARBON [J]. CARBON, 1967, 5 (06) : 565 - +

[5] FISCHBACH DB, 1968, 321228 JET PROP LAB

[6] FISCHBACH DB, 1971, CHEMISTRY PHYSICS CA, V7

[7] FISCHBACH DB, 1969, 321388 JET PROP LAB

[8] A METHOD FOR DETERMINING MICROSTRUCTURAL CHANGES IN GRAPHITE THAT ACCOMPANY HIGH TEMPERATURE DEFORMATION [J]. CARBON, 1967, 5 (06) : 583 - &

[9] STRESS DEPENDENCE OF CREEP RATE OF A URANIUM-LOADED GRAPHITE [J]. CARBON, 1966, 4 (01) : 81 - &

[10] GREEN WV, 1967, ELECTROCHEM TECHNOL, V5, P203