全部

1·We present a method to measure the evanescent field by Michelson interferometer.

提出了一种用迈克尔逊干涉仪探测隐失场的方法。

2·The linear guide shown in Fig. 3.226 couples to the planar guide via the evanescent field which appears in the gap between the two guides.

图3．226所示的条形波导通过出现在两波导间隙的消失场同平面波导耦合。

3·It utilizes the evanescent field confined at the tiny aperture for providing images of object surfaces with a resolution beyond the classical optical diffraction limit.

这种显微镜利用局限在微小孔径上的隐失场提供物体表面形貌的细节，其分辨率可突破传统光学的衍射极限。

4·This research shows that the RSNOM could detect the evanescent near field wave effectively, and the image with a super diffraction limit resolution was obtained.

成像研究表明该装置可对近场衰逝分量进行有效探测并实现了超衍射极限成像。

5·The theory and characteristics of the fiber -optic evanescent -field hydrogen gas sensor are reviewed , and the distribution of fiber -optic evanescent -field is analyzed.

综述了消逝场型光纤氢气传感器的原理、特点，对光纤中消逝场的分布情况作了理论分析。

6·Evanescent-field coupling based on long-period fiber grating (LPG) and bi-conical tapered fiber is proposed and investigated both theoretically and experimentally.

对长周期光纤光栅和双锥形光纤之间的倏逝波耦合作用进行了研究。

7·Recently, a breakthrough has been made in the fabrication of the silica nano-wire waveguides. It has many special properties, such as low-loss, strong evanescent-field and so on.

近几年来，微纳光波导在制备技术上获得了突破，并具有很多特殊性质，包括低损耗、强倏逝波场等。

8·The research shows that the non-probe near-field optical microscope can detect the evanescent near-field wave effectively and the image with a super-d…

成像研究表明，该装置可对近场衰逝波分量进行有效探测并能实现超衍射极限成像，为近场光学探测研究提供了一种新的思路。

9·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。