机译:GaAs放大光电探测器的优化700%量子效率
Electr. & Comput. Eng. Dept. Univ. of California Santa Barbara CA USA;
gallium arsenide; photodetectors; ridge waveguides; quantum well devices; integrated optics; microwave photonics; III-V semiconductors; semiconductor device models; integrated photon multiplication; waveguide photodetectors; high saturation power; high speed; high responsivity; quantum efficiency; bulk photodetector ridge waveguide; laterally confined quantum wells; integrated photonics; semiconductor optical amplifier; three-terminal device; steady-state device physics; advanced numerical simulation; carrier transport; Joule heating; oxide-confined amplification photodetectors; GaAs;
机译:优化GaAs放大光电探测器以实现700%的量子效率
机译:优化GaAs放大光电探测器以实现700%的量子效率
机译:基于InGaAs / GaAsSb量子阱与InP晶格匹配的未冷却光电探测器的近红外量子效率
机译:InGaAs / GaAs谐振腔增强光电探测器量子效率的理论研究
机译:通过使用应变平衡和分布布拉格反射器优化InGaAs量子阱,改善GaAs太阳能电池中的子带隙载体收集
机译:具有优化的GaAsSbN覆盖层的InAs / GaAs量子点的长波长室温发光
机译:Gaas放大光电探测器700%量子效率的优化
机译:三重耦合InGaas / Gaas / alGaas量子阱红外光电探测器中量子限制斯塔克效应的观测。