1·The disturbances advances in the X-direction as a so-called surface or evanescent wave.
这个扰动作为一个所谓表面波或倏逝波沿着X方向行进。
2·The disturbances advances in the X - direction as a so - called surface or evanescent wave.
这个扰动作为一个所谓表面波或倏逝波沿着x方向行进。
3·An optical fiber evanescent wave methane gas sensor based on core diameter mismatch is reported.
提出一种基于纤芯失配的光纤倏逝波甲烷传感器。
4·An experimental setup is established to demonstrate evanescent wave of total internal reflection.
建立了一套演示光全内反射产生的消逝波的实验装置。
5·After that, evanescent wave coupling, diffraction coupling, interferometer coupling are analyzed in mathematics in detail.
之后，从数学上对倏逝波耦合，衍射耦合，干涉仪耦合的原理进行了详细的分析。
6·The evanescent wave rapidly decays with increasing distance from the interface, typically within a distance of one wavelength.
在光疏介质一边有消逝波产生，其穿透深度仅波长数量级。
7·More information on the nanometer character of the sample can be got because of gradient-field Raman (GFR) of evanescent wave.
隐失波的梯度拉曼效应也会为我们提供更多样品的纳米尺度的信息。
8·The principle, experimental protocols, instrumentation and applications of fiber-optic evanescent wave biosensor were covered in this review.
介绍光纤倏逝波生物传感器的基本原理、常用试验方法、基本仪器构建及应用进展。
9·A fiber-optic evanescent wave biosensor has been developed based on the principle of evanescent wave while light propagates in optical fiber.
以光纤倏逝波原理，研制成功一台光纤倏逝波生物传感器。
10·We design a THz photonic crystal fiber and a THz porous fiber and investigate the evanescent wave sensing properties of the two THz waveguide.
设计了一种太赫兹波光子晶体光纤结构和太赫兹波多孔光纤结构，研究了两种太赫兹波导倏逝波传感的特性。