ON STACKING FAULT ENERGIES OF SOME CLOSE-PACKED HEXAGONAL METALS

[1] ON THE RATE-CONTROLLING MECHANISM FOR PLASTIC FLOW OF MG CRYSTALS AT LOW TEMPERATURES [J]. ACTA METALLURGICA, 1961, 9 (04): : 367 - 378

[2] Conrad H., 1965, HIGH STRENGTH MATERI, P436

[3] Pavlov V.A., 1967, FIZ MET METALLOVED, V24, P947

[4] PRICE PB, 1963, ELECTRON MICROS, P41

[5] SASTRY DH, TO BE PUBLISHED

[6] SASTRY DH, 1870, FEB S MAT SCIENC RES

[7] Seeger A, 1963, ELECT MICROSCOPY STR, P665

[8] THE EFFECT OF STACKING FAULT ENERGY ON LOW TEMPERATURE CREEP IN PURE METALS [J]. PHILOSOPHICAL MAGAZINE, 1958, 3 (31): : 738 - 761

[9] Vreeland Jr T., 1957, DISLOCATIONS MECHANI, P243

[1] ON THE RATE-CONTROLLING MECHANISM FOR PLASTIC FLOW OF MG CRYSTALS AT LOW TEMPERATURES [J]. ACTA METALLURGICA, 1961, 9 (04): : 367 - 378

[2] Conrad H., 1965, HIGH STRENGTH MATERI, P436

[3] Pavlov V.A., 1967, FIZ MET METALLOVED, V24, P947

[4] PRICE PB, 1963, ELECTRON MICROS, P41

[5] SASTRY DH, TO BE PUBLISHED

[6] SASTRY DH, 1870, FEB S MAT SCIENC RES

[7] Seeger A, 1963, ELECT MICROSCOPY STR, P665

[8] THE EFFECT OF STACKING FAULT ENERGY ON LOW TEMPERATURE CREEP IN PURE METALS [J]. PHILOSOPHICAL MAGAZINE, 1958, 3 (31): : 738 - 761

[9] Vreeland Jr T., 1957, DISLOCATIONS MECHANI, P243