1) gate metal line
栅金属线
2) metal wire grating
金属线栅
3) Wire Grid Polarizer
金属线栅偏振器
4) metal mesh
金属网栅
1.
The ways and fundamentals are represented to measure terahertz wavelength using Fabry-Poret(F-P) interferometer made of two parallel metal meshes,the principle of metal mesh parameters design is discussed,the feasibility of this ways is analysed theoretically and the formula of calculating terahertz wave line width is derived.
阐述了由两个平行的金属网栅构成的Fabry-Perot(F-P)干涉仪测量太赫兹波波长的原理和方法,对金属网栅的参数设计原则进行了论述,从理论上分析了此方法的可行性,并根据此原理推出了计算太赫兹波线宽的公式。
2.
By using the photolithograph and coating technology, the metal mesh film on IR substrate is made, the line width of metallic mesh less than 10μm, the period is about 350μm.
介绍了一种既高效透过红外光 ,同时又能有效屏蔽电磁干扰的金属网栅薄膜的基本原理和制备工艺。
5) metallic grating
金属光栅
1.
Electromagnetic theory of enhanced diffraction for a binary metallic grating;
二元矩形金属光栅衍射增强电磁理论
2.
Vector theory analysis and numerical calculation for any shape profile metallic gratings;
任意槽形金属光栅衍射特性的矢量理论分析与计算
3.
Investigation of the Optical Properties of Subwavelength Metallic Grating by Boundary Element Methods;
用边界元方法研究亚波长金属光栅的光学特性
6) metallic mesh
金属网栅
1.
Equivalent refractive index model on shielding effectiveness analysis of high transparency metallic mesh;
高通光率金属网栅屏蔽效率分析的等效折射率模型
2.
Influence of substrate on shielding effectiveness of metallic mesh under oblique incidence condition;
倾斜入射条件下衬底对金属网栅屏蔽特性的影响
3.
Characteristic dimension design and fabrication of metallic mesh;
金属网栅结构参数设计与制作
补充资料：X线滤线栅半径
X线滤线栅半径
放射学术语。又称栅-焦距。呈弧形排列的滤线栅铅条与充填物高度的延长线于空间聚焦为一点，此聚焦点到栅平面的垂直距离为栅-焦距。用于聚焦式滤线栅。栅-焦距有75、90、100、120、200cm 几种。使用聚焦式滤线栅时，原则
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