INFRARED ABSORPTION AND ELECTRON EFFECTIVE MASS IN N-TYPE GALLIUM ARSENIDE

[1] BARCUS, 1958, B AM PHYS SOC 2, V3, P30

[2] BARCUS, 1958, PHYS REV, V111, P167

[3] BARRIE, 1954, PHYSICA, V20, P1087

[4] BRAUNSTEIN R, 1958, B AM PHYS SOC 2, V3, P218

[5] ABSORPTION OF INFRARED LIGHT BY FREE CARRIERS IN GERMANIUM [J]. PHYSICAL REVIEW, 1953, 91 (06): : 1342 - 1346

[6] CALLAWAY J, 1957, J ELECTRONICS, V2, P330

[7] INFRARED LATTICE ABSORPTION BANDS IN GERMANIUM, SILICON, AND DIAMOND [J]. PHYSICAL REVIEW, 1954, 93 (04): : 674 - 678

[8] DIXON JR, 1958, B AM PHYS SOC, V3, P255

[9] EDMOND, 1956, RUGBY SEMICONDUCTOR

[10] EHRENREICH H, COMMUNICATION

[1] BARCUS, 1958, B AM PHYS SOC 2, V3, P30

[2] BARCUS, 1958, PHYS REV, V111, P167

[3] BARRIE, 1954, PHYSICA, V20, P1087

[4] BRAUNSTEIN R, 1958, B AM PHYS SOC 2, V3, P218

[5] ABSORPTION OF INFRARED LIGHT BY FREE CARRIERS IN GERMANIUM [J]. PHYSICAL REVIEW, 1953, 91 (06): : 1342 - 1346

[6] CALLAWAY J, 1957, J ELECTRONICS, V2, P330

[7] INFRARED LATTICE ABSORPTION BANDS IN GERMANIUM, SILICON, AND DIAMOND [J]. PHYSICAL REVIEW, 1954, 93 (04): : 674 - 678

[8] DIXON JR, 1958, B AM PHYS SOC, V3, P255

[9] EDMOND, 1956, RUGBY SEMICONDUCTOR

[10] EHRENREICH H, COMMUNICATION