1) Bragg microcavity
Bragg微腔
1.
The influence of medium layer thickness on defect mode and bistability properties in the Bragg microcavity composed of 1D photonic crystal containing negative refractive index materials is studied.
研究了介质层厚对含负折射率介质一维光子晶体Bragg微腔的缺陷模和双稳态的影响。
2) Bragg cavity
Bragg腔
1.
In this paper, the basic principle of CARM is described, and the design method and numerical calculation results for Bragg cavity are shown.
本文叙述了迴旋自谐振脉塞的基本原理,着重给出谐振系统——Bragg腔的分析设计方法和计算结果。
3) Bragg resonant cavity
Bragg谐振腔
1.
It is put forward that in the sectional slow-wave structure, the drift tube and the two section SWSs of its ends comprise a Bragg resonant cavity, which can reduce the energy dispersal of the modulated beam electrons due to the transit time effect when the length of the drift tube is well chosen, thus to enhance the beam-wave energy conversion efficiency.
指出在分段式慢波结构中,漂移段及其两端的慢波结构组成一Bragg谐振腔,当漂移段长度合适时,根据渡越时间效应理论,这种结构能减小调制束中电子的速度分散,提高束波转化效率。
4) Nonlinear Bragg cavity
非线性Bragg腔
5) micro-cavity
微腔
1.
Dynamics in Photonic-Crystal Micro-cavity for Single Photon Sources;
面向单光子源的光子晶体微腔动力学研究
2.
Transmission spectrum of a one-dimensional photonic crystal micro-cavity containing dispersive medium are calculated by use of the finite-difference time-domain method,and frequency shift of defect modes is investigated.
采用时域有限差分(FDTD)法计算了含色散介质一维光子晶体微腔的透射谱,研究了缺陷模的频移特性。
3.
A 6-channel drop filter with resonant micro-cavity reflector is designed based on the resonant coupled theory between the 2D photonic crystal waveguide and the 2D photonic crystal micro-cavity.
基于二维光子晶体波导与点缺陷微腔共振耦合原理,设计了一种利用共振微腔作为反射的6-信道下载滤波器。
6) microcavity
微腔
1.
Top-emitting white organic light-emitting devices based on microcavity structure;
微腔结构顶发射有机白光器件
2.
Top-emitting organic light-emitting devices with microcavity structure based on Alq3 and anthracene derivative material;
基于Alq_3及蒽类衍生物的微腔顶发射有机发光器件
3.
High Efficiency High Brightness Red Emission Microcavity Organic Light-Emitting Diode;
高效高亮度有机红色微腔发光二极管
补充资料：Bragg′s condition of reflection
分子式：
CAS号：
性质：晶体对X射线产生衍射，除了必须满足布拉格方程，即nλ=2dsinθ和入射角等反射条件外，还要适合以下两个条件：入射线、反射线和反射晶面的法线须在同一平面上；sinθ的绝对值只能等于或小于1，所以nλ/2d必须等于或小于1。当n=1时，λ必须等于或小于2d，方能得到衍射。能够了解高聚物中分子在空间的排列方式，对晶体结构的研究非常有用。
CAS号：
性质：晶体对X射线产生衍射，除了必须满足布拉格方程，即nλ=2dsinθ和入射角等反射条件外，还要适合以下两个条件：入射线、反射线和反射晶面的法线须在同一平面上；sinθ的绝对值只能等于或小于1，所以nλ/2d必须等于或小于1。当n=1时，λ必须等于或小于2d，方能得到衍射。能够了解高聚物中分子在空间的排列方式，对晶体结构的研究非常有用。
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