IMPEDANCE MEASUREMENTS ON PBS PHOTOCONDUCTIVE CELLS

[1] HIGH-FREQUENCY CHARACTERISTICS OF LEAD SULPHIDE AND LEAD SELENIDE LAYERS [J]. NATURE, 1948, 161 (4086) : 281 - 282

[2] HOWE GWO, 1940, WIRELESS ENG, V17, P471

[3] HOWE GWO, 1935, WIRELESS ENG, V12, P291

[4] HOWE GWO, 1935, WIRELESS ENGR, V12, P413

[5] THE N-P-N JUNCTION AS A MODEL FOR SECONDARY PHOTOCONDUCTIVITY [J]. PHYSICAL REVIEW, 1951, 84 (04): : 833 - 835

[6] CONCERNING THE THEORY OF PHOTOCONDUCTIVITY IN INFRARED-SENSITIVE SEMICONDUCTING FILMS [J]. SCIENCE, 1950, 111 (2895) : 685 - 688

[7] SHOCKLEY, 1951, PHYS REV, V83, P151

[8] SOSNOWSKI, 1947, NATURE, V159, P818

[9] STARKIEWICZ, 1946, NATURE, V158, P28

[1] HIGH-FREQUENCY CHARACTERISTICS OF LEAD SULPHIDE AND LEAD SELENIDE LAYERS [J]. NATURE, 1948, 161 (4086) : 281 - 282

[2] HOWE GWO, 1940, WIRELESS ENG, V17, P471

[3] HOWE GWO, 1935, WIRELESS ENG, V12, P291

[4] HOWE GWO, 1935, WIRELESS ENGR, V12, P413

[5] THE N-P-N JUNCTION AS A MODEL FOR SECONDARY PHOTOCONDUCTIVITY [J]. PHYSICAL REVIEW, 1951, 84 (04): : 833 - 835

[6] CONCERNING THE THEORY OF PHOTOCONDUCTIVITY IN INFRARED-SENSITIVE SEMICONDUCTING FILMS [J]. SCIENCE, 1950, 111 (2895) : 685 - 688

[7] SHOCKLEY, 1951, PHYS REV, V83, P151

[8] SOSNOWSKI, 1947, NATURE, V159, P818

[9] STARKIEWICZ, 1946, NATURE, V158, P28