Aberration and the Structural Principles of Optical System in Plane Grating Spectrograph 象差与平面光栅摄谱仪光学系统的结构原理
Simulation and analysis of characteristics of grazing incidence grating spectrograph with pre-toroidal mirrors 带超环面镜的掠入射光栅谱仪测试系统响应特性模拟分析
Transmission Grating Spectrograph for Soft X ray Spectrum Measurements with a Pre optics 带前置光学系统的软X射线透射光栅光谱仪
We have observed EW Lac with the grating spectrograph attached to the 60/ 90 cm Schmidt telescope at Beijing Observatory from 1982 to 1984. The Balmer shell absorption lines of the star showed especially interesting variation. 1982年至1984年,我们用北台施米特卡焦摄谱仪,对EWLac星进行了光谱观测。
Flat field grating spectrograph for soft X-ray laser research 平焦场光栅光谱仪
Novel Usage of a Flat-Field Grating Spectrograph 平焦场光栅光谱仪的新用法
Experiments on the diagnosis of emission spectrum from glass capillary target irradiated by ultrashort intense laser pulses have been carried out with a high efficiency high resolution transmission grating spectrograph. 利用软X射线大面积透射光栅谱仪,对超短强激光脉冲辐照下玻璃微毛细管靶的软X射线发射特性进行了研究。
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。
A newly developed high efficiency high resolution, large size transmission grating spectrograph for higher collection efficiency and higher spectral resolution used in laser pro-duced plasma diagnosis is reported. 为提高透射光栅谱仪对激光等离子体X光源的收集效率和光谱分辩率,研制了高效高分辨率大面积透射光栅光谱仪。
Methods: Use the Grating Spectrograph to take photograph of atomic emission spectrum of unknown sample and make quantitative analysis Results: Quantitative determination of trace elements in nutriment. 方法:用平面光栅摄谱仪拍摄未知样品之原子发射光谱图,并作定量分析。结果:测定营养品中微量元素的含量。
A novel grazing incidence grating spectrograph for studying laser produced plasma has been developed. 介绍一种新颖的用于研究激光等离子体的掠入射光栅摄谱仪。
The direct simultaneous determination of six trace rare earth impurities in high purity erbium oxide was described, using a PGS-2 plate grating spectrograph equiped with an ICP source. The sample solution containing ethanol was introduced into the ICP with desolvation. 本文采用PGS-2型2米平面光栅光谱仪和ICP光源联用,样品溶液以乙醇预去溶方式引入ICP,直接同时测定了高纯氧化铒中6个痕量稀土杂质。
The general theories behind echelle and its applications in astronomy are briefed, and the differences between echelle spectrograph and plane grating spectrograph are analyzed and compared. 简述阶梯光栅的基本原理和在天文学中的应用,分析并比较了阶梯光栅光谱仪与普通平面闪耀光栅光谱仪的区别。
Development and Application on Verification Regulation of Plane Grating Spectrograph of Two-Meter Using the Technology of Computer Database 计算机数据库技术在二米光栅摄谱仪检定项目中的开发应用
The principle, structure, and adjustment of a flat field grating spectrograph are presented. 介绍用于X光激光研究的平焦场光栅光谱仪的原理、结构、调整方法及实验考核结果。
In this paper, a new measuring method of instrumental profile of grating spectrograph is introduced by using the laser as a monochromatic light source. 本文介绍了用激光作单色光源测定光栅光谱仪仪器轮廓的一种新方法。
Design of a Small Sized Fiber Grating Spectrograph Measuring Ultraviolet Spectrum 一种紫外光谱测量的微型光纤光栅光谱仪设计
Grazing Incidence Grating Spectrograph for Low Energy X-Ray Region 用于低能X射线段的掠入射光栅摄谱仪
The schematic of a novel transmission grating spectrograph and the preliminary experimental results are described. 描述了一种新型透射光栅谱仪的结构和初步的实验结果。
Using the microcomputer to scan the grating spectrograph and the bromo tungsten light, the black body radiation experiment is conducted. 利用微机扫描光栅光谱仪和溴钨灯进行黑体辐射实验研究,验证了黑体辐射的基本规律;
This paper presents the studies of the dependence of soft X-ray emission on atomic-number and laser intensities by using a new diagnostic tool, pinhole transmission grating spectrograph ( PTGS). 利用带有针孔的透射式光栅光谱仪研究了激光等离子体X射线辐射的原子序数依赖性和激光功率密度对辐射的影响。
Measurements for relative diffraction efficiency of grazing incidence grating spectrograph 掠入射凹面光栅谱仪高级次衍射光谱相对效率测量
Preliminary Study on a High-efficiency Transmission Grating Spectrograph 高效透射光栅谱仪的初步研究
Structural properties of ZnO are studied by X-ray Diffraction and Atomic Force Microscopy ( AFM), penetration coefficient is measured by grating spectrograph, light emitting characteristic is tested by fluorescence spectrophotometer. 薄膜的结构特性用X射线衍射仪进行了分析,表面形貌通过原子力显微镜进行表征,透射光谱用多功能光栅光谱仪测量,光致发光谱用荧光分光光度计测试。