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A SYSTEMATIC EMPIRICAL-STUDY OF THE EFFECT OF WELL NUMBER AND LENGTH ON THE TEMPERATURE SENSITIVITY OF THE THRESHOLD CURRENT IN INGAASP-INPMQW LASERS
Authors: PROSYK K SIMMONS JG EVANS JD
Citation: K. Prosyk et al., A SYSTEMATIC EMPIRICAL-STUDY OF THE EFFECT OF WELL NUMBER AND LENGTH ON THE TEMPERATURE SENSITIVITY OF THE THRESHOLD CURRENT IN INGAASP-INPMQW LASERS, IEEE journal of quantum electronics, 34(3), 1998, pp. 535-539
WELL NUMBER, LENGTH, AND TEMPERATURE-DEPENDENCE OF EFFICIENCY AND LOSS IN INGAASP-INP COMPRESSIVELY STRAINED MQW RIDGE-WAVE-GUIDE LASERS AT1.3 MU-M
Authors: PROSYK K SIMMONS JG EVANS JD
Citation: K. Prosyk et al., WELL NUMBER, LENGTH, AND TEMPERATURE-DEPENDENCE OF EFFICIENCY AND LOSS IN INGAASP-INP COMPRESSIVELY STRAINED MQW RIDGE-WAVE-GUIDE LASERS AT1.3 MU-M, IEEE journal of quantum electronics, 33(8), 1997, pp. 1360-1368
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