SUBSTRUCTURE FORMATION IN IRON DURING CREEP AT 600-DEGREES-C

[1] BRUNNER H, 1959, T AM I MIN MET ENG, V215, P48

[2] BRUNNER H, 1960, T AM I MIN MET ENG, V218, P122

[3] CHANG HC, 1953, T AM I MIN MET ENG, V197, P1175

[4] CHANG HC, 1952, T AM I MIN MET ENG, V194, P619

[5] CHANG HC, 1953, J I MET, V82, P229

[6] CRUSSARD C, 1947, METAL TREATMENT, V14, P149

[7] FISHER RM, 1959, AM SOC TEST MAT SPEC, V262, P109

[8] GRANT NJ, 1947, CREEP RECOVERY, P284

[9] HIRSCH PB, 1959, J I MET, V87, P406

[10] HIRSCH PB, 1956, PROGR METAL PHYSICS, V6, P282

[1] BRUNNER H, 1959, T AM I MIN MET ENG, V215, P48

[2] BRUNNER H, 1960, T AM I MIN MET ENG, V218, P122

[3] CHANG HC, 1953, T AM I MIN MET ENG, V197, P1175

[4] CHANG HC, 1952, T AM I MIN MET ENG, V194, P619

[5] CHANG HC, 1953, J I MET, V82, P229

[6] CRUSSARD C, 1947, METAL TREATMENT, V14, P149

[7] FISHER RM, 1959, AM SOC TEST MAT SPEC, V262, P109

[8] GRANT NJ, 1947, CREEP RECOVERY, P284

[9] HIRSCH PB, 1959, J I MET, V87, P406

[10] HIRSCH PB, 1956, PROGR METAL PHYSICS, V6, P282