分光技术

利用我们研制的分光技术测量AlO的三条振动谱线强度，确定了AlO激发温度。

AlO excitation temperature is determined by AlO three vibration spectra intensity and spectroscopy technique .

采用棱镜分光技术限定工作波长，使用高精度的数据采集和灵活的数据处理系统，提供四个工作波长；完成700K－3000K的亮温传递和测量。

With prism technology limiting working wavelengths , using high-precision data acquisition and flexible data processing system , the instrument can provide four working wavelengths and be used to transfer and measure brightness temperature between 700K and 3000K .

结合和使用分光技术与微机技术，并建立了一相应系统。

The beam-splitting technology and microcomputer technology are combined and used .

分光技术用于有源光纤传感器概述

Overview of light splitting used in active optical fiber sensor

成像光谱仪分光技术概览

Overview of Spectrum - Dividing Technologies in Imaging Spectrometers

软X光和极紫外光波段的分光技术

Soft X-ray and EUV monochromator development at NSRL

可视紫外分光技术及其应用

Visible ultraviolet light-splitting technology and its application

远红外分光技术及其应用

Far IR spectroscopy technology and its application

重点研究了用于激光导星的偏振耦合分光技术。

The polarizing beam coupling and splitting technology for LGS is the main part of this study .

本文对光盘存贮技术中应用的多频声光和衍射光栅分光技术进行了分析、研究。

An analysis of multifrequency A-O deflections and diffraction grating for multibeam-splitting techniques applied in the optical disc storage is given in this paper .

本文所描述的测试系统基于激光全息分光技术和激光干涉测长技术，同时测定目标物体六个自由度的偏差。

Based on laser holographic technique and laser interferometer gauge measuring technique , the measuring system described in this papers , can simultaneously measure six degree of freedom errors of the object .

光谱成像技术是由光学成像和分光技术相结合形成的新颖探测技术，可以同时获取目标的空间信息和光谱信息，具有图谱合一的优点。

Spectral imaging technique is a new acquiring method that fuses optical imaging and spectroscopy . It can simultaneously acquire spatial image and spectral information of objects and has the advantage of union of imagery and spectrum .

在地平式折轴望远镜上开展自适应光学瑞利激光导星实验，研究了信标光束同孔径发射和接收偏振分光技术。

In the experiments of Rayleigh laser guide star ( LGS ) for adaptive optics on altazimuth Coud é telescope , the technology of LGS launched and received in the common aperture using polarizing beam splitting scheme is researched .

紫外分光光度技术测定植物细胞中H2O2的含量

A New Method about Determining H_2O_2 Content in Plant Cells by Spectrophotometry

本文用DSC、WAX衍射和光电分光光度技术及粘度法研究了高温（100～150℃）均相法二醋酸纤维素酯（DCA）的结构及其微胶粒子尺寸。

The structures and the solution microgel particles size of cellulose diacetate prepared homogeneously at high temperature ( 100 & 150 ℃) have been investigated by means of DSC , WAX-ray diffractogram and viscosimetry .

用分光扫描技术检测不同组织的光谱特性

Spectroscopic property and its clinical significance in different kind of tissue

新型快速显微多道分光光度技术对血红蛋白的光谱分析

Spectrum Analysis of Erythrocyte Intracellular Hemoglobin with a Novel Fast Multi-Channel Micro-Spectrophotometry

光波导分光光谱技术研究染料分子在玻璃表面的吸附特性

Adsorption of Dye Molecules onto a Glass Surface Studied by Optical Waveguide Spectroscopy

用于光学薄膜测量的导波光学方法与分光光度技术的比较研究

Guided Wave Method for Characterization of Thin Films as Compared to Wideband Spectrophotometric Method

荧光玻璃剂量测量的分光光度技术

Applications of fluorescence spectrophotometry to fluoro-glass dosimetry

多波长分光光度技术测定NO2~-、NO3~-混合组分含量的研究

Determination of the Contents of NO_2 ~ - and NO_3 ~ - in Mixed Components with Multiple-wavelengths Technique

方法：运用显微分光光度技术，检测了33例病理白苔和35例黄苔舌上皮细胞化学7项指标的含量，并按辨证分型进行了比较。

Method : 7 tongue epithelial cytochemistry indexes in 33 cases of white tongue coatings , 35 cases of yellow tongue coatings were detected with microspectrophotometry , and compared according to the syndrome differentiations .

本研究是用可见光分光光谱技术在线测量酸法制浆过程蒸煮液中木素的浓度，通过蒸煮液中溶出的木素含量去推算纸浆中木素含量和纸浆的卡伯值。

The study concerns about the measurement of lignin in sulfite cooking liquor with visible light , and the predicting of pulp Kappa number is achieved by the measurement of dissolved lignin in sulphite cooking liquor .

目的：探讨内镜智能分光比色技术（FICE）鉴别大肠肿瘤及非肿瘤性病变的价值。

AIM : To compare Fuji intelligent chromo endoscopy ( FICE ) and staining techniques in differential diagnosis for colonic tumor and non-tumor lesions .

利用分光图像检测技术对人体汗水分布的观察

An Observation of Sweat Distribution on Human Body Using Spectrometric Imaging Detection Technology

表象性智能表像性智能电子内镜窄带成像技术与智能分光比色技术的对比研究

Comparative Research of the Electronic Endoscopy Technology between Narrow-band Imaging and Fuji Intelligent Chromo Endoscopy

利用水分在1.94μm波长上对光能量吸收的特点，提出了采用近远红外分光图像检测技术对人体汗水分布情况的观测方案。

For observing the sweat distribution on human body , The was considered , which utilize the absorption characteristic of water to the light energy at the wavelength of 1.94 μ m.

运用X射线衍射（XRD）、扫描电子显微镜（SEM）、721分光光度计等技术对其晶型、表面形貌和光催化活性加以表征。

X-ray diffraction , Scanning electron microscopy technique and 721 spectrophotometer and so on had been used to characterize the phase , morphology and photocatalysis of the TiO2 nanotubes .

方法选择CHF患者30例，正常对照者30例，用荧光分光光度计偏振技术测定外周血嗜中性白细胞LFU。

Methods Retrospective study was carried out to measured the LFU of neutrophil membrane in the peripheral blood of 30 in 30 patients with CHF and 30 controls by fluorescence polarization analysis .

论文详细介绍了波分复用和光放大技术的原理，分析了它们的的机理、构成和实际配置。

The paper introduces theory of the DWDM and optical amplifier technology , analyzes their mechanism , constitution and actual disposition .