CARBON-FIBERS WITH LARGE BREAKING STRAIN

[1] EFFECT OF INTERNAL POLYMER FLAWS ON STRENGTH OF CARBON FIBRES PREPARED FROM AN ACRYLIC PRECURSOR [J]. CARBON, 1969, 7 (06) : 659 - &

[2] JOHNSON JW, 1969, APPL POLYM S, V9, P229

[3] JOHNSON JW, 1969, P BRIGHTON C FIBRES, P3

[4] JOHNSON JW, 1970, Patent No. 1214807

[5] INTRINSIC STRENGTH AND NON-HOOKEAN BEHAVIOUR OF CARBON FIBRES [J]. CARBON, 1971, 9 (05) : 645 - &

[6] A BENDING METHOD FOR MEASUREMENT OF THE TENSILE STRENGTH AND YOUNGS MODULUS OF GLASS FIBERS [J]. JOURNAL OF APPLIED PHYSICS, 1950, 21 (05) : 380 - 386

[7] FRACTURE MECHANISM OF CARBON FIBERS [J]. JOURNAL OF MATERIALS SCIENCE, 1973, 8 (08) : 1119 - 1122

[8] STRENGTH-MODULUS RELATION FOR CARBONIZED ACRYLIC FIBRES [J]. NATURE, 1970, 225 (5237) : 1039 - &

[9] THORNE DJ, 1971, 3RD C IND CARB GRAPH, P463

[10] THORNE DJ, 1970, J APPL POLYMER SCI, V4, P103

[1] EFFECT OF INTERNAL POLYMER FLAWS ON STRENGTH OF CARBON FIBRES PREPARED FROM AN ACRYLIC PRECURSOR [J]. CARBON, 1969, 7 (06) : 659 - &

[2] JOHNSON JW, 1969, APPL POLYM S, V9, P229

[3] JOHNSON JW, 1969, P BRIGHTON C FIBRES, P3

[4] JOHNSON JW, 1970, Patent No. 1214807

[5] INTRINSIC STRENGTH AND NON-HOOKEAN BEHAVIOUR OF CARBON FIBRES [J]. CARBON, 1971, 9 (05) : 645 - &

[6] A BENDING METHOD FOR MEASUREMENT OF THE TENSILE STRENGTH AND YOUNGS MODULUS OF GLASS FIBERS [J]. JOURNAL OF APPLIED PHYSICS, 1950, 21 (05) : 380 - 386

[7] FRACTURE MECHANISM OF CARBON FIBERS [J]. JOURNAL OF MATERIALS SCIENCE, 1973, 8 (08) : 1119 - 1122

[8] STRENGTH-MODULUS RELATION FOR CARBONIZED ACRYLIC FIBRES [J]. NATURE, 1970, 225 (5237) : 1039 - &

[9] THORNE DJ, 1971, 3RD C IND CARB GRAPH, P463

[10] THORNE DJ, 1970, J APPL POLYMER SCI, V4, P103