其特征在于分光系统由一个光栏和滤光片组成。
The spectroscope consists of diaphragm and light filter sheet.
第一，介绍了分光系统的结构，并对分光元件做了分析。
Firstly, introduce the optical splitting system and analyse the spectro-grating.
鼻咽癌虚拟光谱仪是鼻咽癌定位分光系统的主要组成部分之一。
The nasopharyngeal virtual spectrum analyzer is a main of the nasopharyngeal carcinomas localization and spectroscopic system.
主要内容包括：激发光源，进样系统，分光系统，检测系统及原子发射光谱仪。
The contents of excitation sources, sample introduction systems, dispersive spectrometers, detection systems and atomic emission spectrometers were involved.
本文介绍偏振干涉相位细分中应用双光束分光系统的必要性，分光系统的优选原理及结构。
This paper introduces the necessity of double beam splitting system applicating in polarization interference phase subdivision and the optimized principle of this beam splitting system.
讨论了实验分光系统、成像系统和高灵敏度探测器列阵混合集成在一块三维硅基片上的初步方案。
An initiative scheme is given to integrate the spectrometer, imaging system and high sensitivity photodiode array in a three dimension silicon chip.
该系统主要由分光系统、CCD传感器、光脉冲同步信号发生器、数据采集卡及计算机等部分组成。
The system mainly consists of a beam-splitting system, a linear CCD, a pulse laser synchronous signal generator, a sampling data card and a computer.
对这三种方案的补偿有效性和连续性分别进行了理论研究，结果表明：补偿后，三种方案均能使偏振耦合分光系统对返回信标光的接收效率达到90％以上；
The validity and continuity of these three solutions is numerically simulated, and the results show that all of them can make the receiving efficiency be better than 90% after compensation.
对这三种方案的补偿有效性和连续性分别进行了理论研究，结果表明：补偿后，三种方案均能使偏振耦合分光系统对返回信标光的接收效率达到90％以上；
The validity and continuity of these three solutions is numerically simulated, and the results show that all of them can make the receiving efficiency be better than 90% after compensation.
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