2) surface wave plasma
表面波等离子体
1.
Based on the disadvantage analysis on the traditional protection methods,the protection technique of surface wave plasma to protect against high power microwave is presented.
文章在分析用传统防护手段防护高功率微波方面所具有的缺陷的基础上,提出用表面波等离子体技术防护高功率微波,并对表面波等离子体防护装置进行了描述,详细阐述了该装置的防护原理,总结了该防护技术在现实防护中的优点。
2.
Both plasma sources were introduced,which are surface wave plasma and magnetic neutral loop discharge plasma.
介绍了两种比较新颖的等离子体源———表面波等离子体(SWP,surface wave plasma)和磁中性环路放电等离子体(NLD,mag-netic neutral loop discharge)。
4) surface plasma wave (SPW)
表面等离子体波
1.
On the foundation of frustrated total internal reflect ion (FTIR) light modulator,combining the character of surface plasma wave (SPW) which is excitated on the surface of metal and can be resonant with p polari zation light and absorbs its energy,a modified type SPW light modulator of Otto structure is designed.
根据受抑全内反射(FTIR)光调制器的原型,结合金属表面受激所产生的表面等离子体波(SPW)与p偏振光共振并吸收光能量的性质,设计了Otto结构的SPW光调制器,通过改变Otto结构中空气间隙的大小或入射角的大小这两种方式对入射光进行调制。
5) surface plasma
表面等离子体波
1.
Study on the surface plasma optic fiber sensors using in monitoring of composite curing;
表面等离子体波光纤传感器应用于复合材料固化监测的研究
2.
A new technique for studying surface plasma is reported.
报道表面等离子体波的一种新的检测技术，可以同时获得表面等离子体波激发过程中反射光的相位和光强变化。
6) surface plasma wave
表面等离子体波
1.
Theoretic and experimental Research on Surface Plasma Wave Modulator;
表面等离子体波光调制器的理论与实验研究
2.
A new method for nanometer positioning based on surface plasma wave is reported.
提出了一种基于表面等离子体波(SPW)的纳米定位指零新方法。
3.
In this paper, we have studied light transmission properties in sub-wavelength metallic slits taking advantage of surface plasma wave property, and further research the possibility of implementing optical device integration.
本文是利用表面等离子体波的性质,研究金属亚波长狭缝中光的传输特性,并进一步探索实现光学器件集成的可行性。
补充资料：表面
表面
指人体或器官的外面或空腔的内面。
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