CURRENT STATE OF COMPETING (NON JOSEPHSON JUNCTION) TECHNIQUES

[1] [Anonymous], HDB LASERS

[2] BAUDRY A, 1970, ASTRON ASTROPHYS, V6, P325

[3] CLEGG PE, 1971, JUN P NOORDW C INFR

[4] CORON N, 1972, INFRARED TECHNIQUES

[5] CUCCIA CL, 1971, ADV MICROWAVES, V7

[6] IRVIN JC, 1969, MICROWAVE SEMICONDUC, pCH11

[7] Kraus J.D., 1966, Radio Astronomy

[8] LEE TP, 1968, IEEE T MICROW THEORY, VMT16, P1968

[9] THERMAL DETECTION RADIOMETRY AT SHORT MILLIMETER WAVELENGTHS [J]. PROCEEDINGS OF THE INSTITUTE OF ELECTRICAL AND ELECTRONICS ENGINEERS, 1966, 54 (04): : 477 - &

[10] MISAWA T, 1970, P S SUBMILLIMETER WA, P53

[1] [Anonymous], HDB LASERS

[2] BAUDRY A, 1970, ASTRON ASTROPHYS, V6, P325

[3] CLEGG PE, 1971, JUN P NOORDW C INFR

[4] CORON N, 1972, INFRARED TECHNIQUES

[5] CUCCIA CL, 1971, ADV MICROWAVES, V7

[6] IRVIN JC, 1969, MICROWAVE SEMICONDUC, pCH11

[7] Kraus J.D., 1966, Radio Astronomy

[8] LEE TP, 1968, IEEE T MICROW THEORY, VMT16, P1968

[9] THERMAL DETECTION RADIOMETRY AT SHORT MILLIMETER WAVELENGTHS [J]. PROCEEDINGS OF THE INSTITUTE OF ELECTRICAL AND ELECTRONICS ENGINEERS, 1966, 54 (04): : 477 - &

[10] MISAWA T, 1970, P S SUBMILLIMETER WA, P53