1) intervalley scattering
谷间散射
1.
In the frame of layered optimization and based on the previous analysis, factors influencing the occurrence and brightness of blue emission such as intervalley scattering ionization of excited centers, serial structure of layered optimization, role of CdS in providing primary electrons and influence of sulfur vacancies were investigated.
在分层优化方案的框架和以前分析的基础上 ,研究了影响蓝光产生和亮度的因素 ,比如 :谷间散射 ,激发中心的离化 ,分层优化的级联 ,以CdS做初电子源及硫空位的影响等 。
2) scattering time
散射时间
1.
When the intersubband scattering is considered, we have obtained the subband density, transport scattering time, quantum scattering time and intersubband scattering time, respectively, by analyzing the result of fast Fourier transform of the first derivative of Shubnikov-de Haas oscillations.
在考虑了两个子带电子之间的磁致子带间散射效应后,通过分析Shubnikov-de Haas振荡一阶微分的快速傅里叶变换结果,获得了每个子带电子的浓度、输运散射时间、量子散射时间以及子带之间的散射时间。
3) inter-sub-band dispersion
带间散射
4) skyshine
空间散射
1.
Using the Monte Carlo code MCNP4B, skyshine of 9MeV electron linear accelerator was calculated with a multi-step method combining the split and roulette variance reduction technique.
为解决电子直线加速器屏蔽室的空间散射计算相关问题 ,采用蒙特卡罗程序MCNP4B进行模拟 ,使用分步计算的方法 ,结合分裂和轮盘赌技巧 ,计算出 9MeV驻波直线加速器运行时的空间散射剂量率大小 。
5) scatterer spacing
散射元间距
1.
Multiresolution analysis is used to estimate the scatterer spacing in biological tissue from the back-scattering signal.
本文研究了从生物组织的背向散射信号中提取散射元间距信息的多分辨率分析方法。
6) interband scattering
子带间散射
补充资料：间谷
间谷
间谷 ①运气术语。成熟于主岁左右间气的谷物，与岁谷相对而言。《素问·六元正纪大论》：“间谷命太者，其耗白甲品羽。”“食间谷以去其邪。”“食间谷以保其精。”王冰注：“间气化生，故云间谷也。” ②经穴别名。出《针灸甲乙经》。即二间。参见该条。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条