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机译:InAs / GaAs $ hbox {1.3}; mu $ m量子点激光器中通过激发态进行重组的重要性
Tyndall Nat. Inst., Cork;
Auger effect; III-V semiconductors; current density; electron-hole recombination; excited states; gallium arsenide; ground states; indium compounds; quantum dot lasers; thermo-optical effects; InAs-GaAs; excited state transition; ground state transition; nonradiative Auger recombination; nonradiative temperature dependence; optical matrix element; quantum-dot laser; radiative current density; radiative temperature dependence; temperature 293 K to 298 K; threshold current density; wavelength 1.3 mum; weak temperature variation measurement; Characteristic temperature; quantum dot (QD); recombination mechanisms; semiconductor lasers;
机译:低阈值InAs-GaAs 1.3- / splμ/ m量子点激光器中的重组和损失机理
机译:1.3- $ mu {hbox {m}} $ InAs-GaAs量子点VCSEL中载流子限制和输出功率的自洽分析
机译:1.3- / splμm/ m InAs量子点激光器中的重组机制
机译:通过激发状态在INAS / GAAs1.3μm量子点激光器中通过激发状态重组的重要性
机译:1.3毫米InAs量子点激光器的表征和建模。
机译:1.3μmInAs / GaAs自组装量子点激光器的热效应和小信号调制
机译:高性能三层1.3- / spl mu / m Inas-Gaas量子点激光器,具有极低的连续波室温阈值电流 ud