1) line selected by concave grating
凹面光栅选支
1.
The design and the construction of a intracavity intensity enhanced continuous wave CO_2 laser with line selected by concave grating are described,which is suitable for photochemistry in its optical resonator.
文中介绍了一种适用于腔内光化学反应的腔内光强增强型凹面光栅选支连续CO2激光器的设计及实验参数。
2) concave grating
凹面光栅
1.
In order to rule the concave grating with a long focal length,a cutter frame with elastic thimble mode was designed and manufactured.
对大曲率半径(即长焦距)金属基底凹面光栅的机械刻划技术做了研究。
2.
Based on the principle of color measure, the mini-spectrometer uses concave grating as its light splitter, fiber as its color picker and liner CCD as its detector.
它根据分光测色的原理,使用 型凹面光栅作为其分光器件,石英光纤做测色探头,线阵CCD为探测器。
3.
This paper presents the principle, structure and aberration-corrected designing of a flat focal field concave grating spectrograph.
介绍了用于 X光能谱测量研究的平焦场凹面光栅光谱仪的原理、结构及象差校正的设计方法。
3) line slected by grating
光栅选支
1.
In this paper,theoretical and experi me ntal study is made for electrooptically Q-switched RF excited C O 2 waveguide laser with line slected by grating.
本文在理论和实验上研究了光栅选支电光调 Q射频波导 CO2 激光器。
4) cylindrical concave grating
凹柱面光栅
1.
Based on the theory of the ellipsoidal grating, the idea of cylindrical concave grating is put forward in this paper, the diffracting properties and collecting light ability of cylindrical concave grating are studied.
结果表明;在掠入射条件下凹柱面光栅具有与四球面光栅相似的衍射特性,但四柱面光栅可以方便地沿光栅母线方向划分成若干相同部分独立工作,因此,安装水平隔板的掠入射凹柱面光栅单色仪可以用于托卡马克等离子体的真空紫外(VUV)光谱时空分辨测量。
5) varied spacing concave grating
变栅距凹面光栅
1.
A small sized flat field grating spectrograph was developed by using a varied spacing concave grating with a nominal groove spacing of 1/1200mm and a radius of curvature of \{5649 mm.
采用名义栅距为 1/12 0 0mm、凹面曲率半径为 5 6 49mm的变栅距凹面光栅 ,研制了一种小型平焦场光栅光谱仪。
6) concave-grating spectrometer
凹面光栅分光计
补充资料：凹面光栅
分子式：
CAS号：
性质：又称罗兰光栅（Rolland grating）。它的作用是使光既衍射又聚焦。因而凹面光栅摄谱仪只需光栅、狭缝及感光板三部分。它可减少吸收现象，只存在光栅面一次反射的光损失，且无色差。可用于远紫外及远红外光谱区域。
CAS号：
性质：又称罗兰光栅（Rolland grating）。它的作用是使光既衍射又聚焦。因而凹面光栅摄谱仪只需光栅、狭缝及感光板三部分。它可减少吸收现象，只存在光栅面一次反射的光损失，且无色差。可用于远紫外及远红外光谱区域。
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