optical phonon scattering
英
美
【电】光热子散射
双语例句
- Effect of combined acoustic and optical phonon scattering in nonlinear electronic transport
非线性电子输运中声学和光学声子的联合散射效应 - In our simulation model, the scattering mechanisms include acoustic phonon scattering, polar optical phonon scattering, and ionized impurity scattering and so on.
模拟中包含的散射机理主要有声学声子散射、极性光学声子散射、电离杂质散射等。 - The acoustic phonon deformation potential scattering, polar optical phonon scattering, intervalley phonon deformation scattering, ionized impurity scattering and neutral impurity scattering are considered.
在模拟中考虑了对其输运过程有着重要影响的声学声子形变势散射、极化光学声子散射、谷间声子散射、电离杂质散射以及中性杂质散射。 - While the ultrafast longitudinal optical ( LO) phonon scattering in AlGaN/ GaN QWs can be used for the rapid depopulation of the lower laser state, the large LO-phonon energy (-90meV) can effectively reduce the thermal population of the lasing states at higher temperatures.
在量子阱AlGaN/GaN中纵向光学（LO）声子散射的能够迅速的消除激光低能态的布居数，GaN的大LO声子能量（约90meV），有效地减少高温下产生激光低能态的热布居。 - Momentum and energy relaxation, carrier-carrier scattering, intervalley and intravalley scattering, optical phonon scattering and carrier diffusion have been investigated extensively.
动量和能量驰豫，载流子－载流子散射，谷间和谷内散射，光学声子散射，载流子扩散等机制都已被广泛研究。 - Two main carrier scattering mechanisms: longitudinal optical phonon scattering and Auger scattering in quantum dot are then investigated. Ultra-fast carrier dynamics are analyzed in different carrier densities and temperatures, which provides guidance for quantum dot SOA optimizations.
其次，研究了量子点中两种主要的载流子散射机制：纵波光学声子散射和俄歇散射，并分析了不同载流子浓度和温度下量子点中的超快效应，为量子点SOA的优化设计提供了指导。