光纤光谱仪

利用光纤光谱仪量化和分析鸟类的卵色

Quantitative analysis of bird egg color by using fiber spectrophotometer

用于微型光纤光谱仪数据传输的USB接口系统研究

Study on USB Interface System Used in Data Transfer of Micro Fiber Spectrometer

基于DSP和FPGA的多路型光纤光谱仪系统

DSP and FPGA-based multi-channel fiber-optic spectrometer

采用微型光纤光谱仪测量了LED的峰值波长、半高宽、光强的角分布及不同温度下的LED光谱。

The peak wavelength , half-maximum line breadth , angular distribution of intensity and spectrum at different temperatures of LED are measured using micro-optical spectroscopy .

本课题研究用于生化分析的微型光纤光谱仪的USB接口和应用软件，主要任务是建立完整的微型光纤光谱仪的USB采集传输硬软件系统和用于生化分析的软件系统。

USB interface and applied software of micro fiber spectrometer are studied . The tasks are to establish an integrated software and hardware system of USB collection and transmission of micro fiber spectrometer and software system for the purpose of biochemical analysis .

利用微型光纤光谱仪实现了电弧纯铜等离子体的原子发射光谱的实时测量，得出其激发温度与激发时间的相对关系，得出电弧引燃30s后等离子体温度相对稳定。

The real-time atomic emission spectrum of the arc plasma ( Cu ) has been measured by micro-fiber optic spectrometers . The relation of the excitated temperature and time was obtained .

文章通过紫外可见光光纤光谱仪测试野生型细菌视紫红质（BRWT）在经过532nm的YAG激光的泵浦激励后，薄膜对探测光的吸收光谱变化情况来着重讨论BRWT的光谱响应特性。

In this paper , the spectrum response characteristic of the wild type bacteriorhodopsin molecule film was studied by using pump probe method . After the samples was excited by 532 nm YAG laser beam , the absorption spectra were probed by an optical fiber spectrum analysis ( OSA ) .

实验表明，该微型光纤光谱仪的波长准确度小于1nm，在采用芯径为50μm的多模光纤时，光谱带宽可以达到1.31nm。

From the testing result , the wavelength accuracy of the micro fiber spectrometer is smaller than 1 nm . When the core diameter of fiber is 50 μ m , the spectrum band width can reach 1.31 nm .

生物体液在线光纤光谱仪的研制

Development of an Optical Fiber Spectrograph for Detecting Living Liquid in Situ

利用光纤光谱仪对煤粉火焰温度在线测量进行了研究。

A comprehensive monitoring system with wideband spectrum by fiber optic spectrometer ;

微型光纤光谱仪的研制及性能测试

Development and Performance Test of a Micro Fiber Spectrometer

光纤光谱仪的波长标定

Calibrating the Wavelength of the Optical Fiber Spectrometer

可见&近红外宽谱段光纤光谱仪通讯系统的设计与实现滤光器-光栅红外光谱仪

Design and Implementation of the Communication System of Visible-Infrared Wide Spectrum Fiber Spectral Instrument

光纤光谱仪简介

A Brief Introduction of Fiber Spectrometer

小型光纤光谱仪的研究

Research on Mini Fiber Spectrometer

液芯光纤光谱仪

Liquid-core optical fiber spectrometer

本文中，笔者详细地介绍了当前主流微型光纤光谱仪的结构设计、配置方法以及应用领域。

The design , configuration and applications of the most popular fiber optic spectrometer are discussed in this thesis .

基于光纤光谱仪的光谱分析火焰监测系统可实时监测锅炉火焰各特征区的辐射光谱。

A flame spectrum monitoring system based on an optical fiber spectrometer was used to measure the radiation of combustion in boiler .

通过采用光学掩膜的方法成功制备了符合设计尺寸要求的可见光滤光片，并利用光纤光谱仪测试了滤光片的光谱特性。

The precise size filter is deposited with the mask method successfully , the spectrum characteristic is tested through utilizing the optical fibre spectrometer .

利用卤钨灯可见光光源、自行研发的微型光纤光谱仪，利用直接探测法和消逝波间接探测法对生化样品（主要是血清与溴钾酚绿混合液）进行了探测。

Both direct detection method and evanescent wave detection method are used to detect the spectral absorption of mixture of blood serum and BCG reagent .

本文在飞行环境地面实验装置上使用多路光纤光谱仪获得了氩气放电的发射光谱。

The multi-channel grating spectrometry has been used to get the emission spectrum in the argon discharge in the ground experiment facility of flight circumstances .

实验结果证实，采用光纤光谱仪测定染浴的染料浓度变化是较为理想的在线监测方法。

Experimental results showed that , measuring the dye concentration in the dye bath using fiber optical spectrometry is a relatively ideal method for online monitoring .

本文首先选用基于光纤光谱仪的生物膜活性检测系统，用来得到附着在传感器感应区域的生物膜生长过程中的变化吸收光谱图。

In this paper , biofilm active detection system based on the fiber spectrometer is used firstly to get absorption spectrogram for the process of biofilm development .

进而根据分析的结果对系统的核心器件进行了选型，并设计构建了一个基于微型光纤光谱仪的吸收谱测量系统。

Then , the core devices of the system was chosen followed the requirements and the system was constructed on a whole based on a miniature fiber spectrometer .

描述了一种能同时快速地测量多达八组的光谱信号并具有实时光谱处理能力的新型多路型光纤光谱仪系统。

By using eight linear array CCDs as the photo detector , a new type of multi-channel fiber-optic spectrometer was presented to measuring eight channel spectra simultaneously and swiftly .

首次使用光纤光谱仪进行土壤表面光谱反射率的测量，并通过与地物光谱仪数据的比较，了解了环境因素对地物反射率的影响；

We used the fiber spectrometer for the first time to measure the soil surface spectrum reflectance , and have known the environmental factor influence on natural object through the comparison with the ASD spectrometer data .

选用闪烁氙灯作为测量光源、微型光纤光谱仪作为水样透射光谱的探测器件，在此基础上进行了光学系统光机结构、防水密封机械结构和测量控制电路的设计。

We choose xenon flash lamp as the illuminant , miniature fiber spectrometer served as the detector of transmission spectrum for water sample . Then , we design the measuring optical system , waterproof and sealed mechanical structure and measurement control circuit .

介绍了用于太阳紫外光谱250nm～450nm测量微型光纤光栅光谱仪。

A small-sized fiber grating spectrograph which can measure solar ultraviolet spectrum from 250 nm to 450 nm is introduced .

一种紫外光谱测量的微型光纤光栅光谱仪设计

Design of a Small Sized Fiber Grating Spectrograph Measuring Ultraviolet Spectrum

监测氨基甲酸酯类农药的光纤荧光光谱仪的研究

Study of Fiber-Optical Fluorescence Spectrometer for Monitoring Carbamate Pesticides