光谱仪器

  • 网络spectrometer;Spectroradiometer
光谱仪器光谱仪器
  1. 用于空间光学遥感仪器的漫反射元件作为光谱仪器辐射定标中的重要光学元件,随着空间遥感仪器的发展,越来越受到重视。

    With the development of space remote sensing instrument , the diffusing element as a vital optical component in the radiant calibration of spectroradiometer is paid more and more attention .

  2. 宽波段近红外多通道光谱仪器的研制

    Development of wide wavelength band near - infrared multichannel spectrometer

  3. 实现近红外光谱仪器操作简单化,体现了ARM微处理器的优胜之处。

    The design simplifies the operation of the spectrometer , and presents the superiority of the ARM processor .

  4. 软X射线多层膜技术是目前工程光学和应用光学中的一个热点。用多层膜可以组成类似于可见光波段的各种软X射线光学仪器,如望远镜、显微镜、投影光刻系统和光谱仪器等。

    The multilayer with working wavelength at soft X ray range is a key component which can construct a variety of optical systems , such as telescopes , microscopes , projection lithographic systems , spectrographs etc.

  5. 近红外光谱仪器基于AOFT的便携式近红外光谱测量仪

    Portable NIR Spectrum Measuring Instrument Based on Acousto-optic Tunable Filter

  6. 近年来,随着先进的红外高光谱仪器的发展,红外高光谱资料已经成为数值天气预报(NWP)中心同化系统的重要部分。

    In the recent years , the observations from high-resolution infrared sounders have become a major part of the assimilation systems in many numerical weather prediction ( NWP ) centers with the development of these sounders .

  7. 掠入射平场光栅谱仪是最近几年发展起来的新型极紫外(XUV)光谱仪器,其光谱焦面是一平面。

    A new kind of XUV spectroscopic instrument-grazing incidence flat-field grating spectrograph has been developed in recent years , in which the spectrum is formed on a flat rather than on a curved one .

  8. 首次系统地分析了光栅光谱仪器中的三类正弦机构,分别设计了可实现波长线性标度的Littrow和Littman外腔半导体激光器调谐机构。

    For the first time , three types of sine structures for wavelength linear scale in grating spectrum instruments are described systematically . The tuning structures for wavelength linear scale in both Littrow and Littman set-up external-cavity laser diodes are designed .

  9. 近红外光谱仪器主要技术指标与评价方法概述

    The Main Specifications of Near Infrared Spectroscope and Their Evaluation Methods

  10. 现代傅立叶变换近红外光谱仪器技术及其应用

    Instrument technology and applications of modern fourier transform near infrared spectrometer

  11. 光谱仪器谱线准确度定值方法初探

    The Quantum Method of Studying Line Accuracy in Spectral Analysis Instruments

  12. 近红外光谱仪器及其在农业中的应用

    Near - infrared Spectroscopy Instrument and It 's Applications in Agriculture

  13. 近红外光谱仪器及粮食成分定标技术研究

    Near Infrared Instrumentation and Researches on Foodstuff Component Calibration Technology

  14. 原子吸收光谱仪器与技术的发展与展望

    Development and Prospect of Atomic Absorption Spectrometer and Techniques

  15. 湿度计用于光谱仪器室的湿度自动控制

    Automatic Control of Humidity for the Spectral Instrument Room

  16. 深入研究了光电阵列探测器的像元宽度对光谱仪器性能影响。

    The influence of the detecting array on the spectrum signal is studied .

  17. 几乎所有工业部门的光谱仪器均用于以上目的。

    Almost all the spectrometers employed in industry are used for this purpose .

  18. 紫外可见光谱仪器的小型化发展及关键技术

    Miniaturization Development of UV-Vis Spectrophotometer and Key Techniques

  19. 大型光谱仪器在翡翠检测中的应用

    The Application of Several Types of Large-Scale Exactitude Equipments in the Identification of Jadeite

  20. 塞曼原子吸收光谱仪器中磁光调制方法研究

    Method for Magneto-Optic Modulation in Zeeman AAS Instrumentation

  21. 近几年国际上出现了一些新型近红外光谱仪器。

    In recent years , several new types of near infrared spectrometer have emerged .

  22. 用微机校准光谱仪器波长位置

    Calibration of Wavelengths Spectrometers by Using a Microcomputer

  23. 中国原子吸收光谱仪器的发展

    Development of Atomic Absorption Spectrometric Instruments in China

  24. 光栅光谱仪器中的光路计算

    Light path calculation of grating spectroscopic instrument

  25. 传统的直读光谱仪器庞大而笨重、使用条件要求高。

    Traditional Direct Reading Spectrometer not only big and weight but also need high condition .

  26. 计算机在国产原子吸收光谱仪器中的应用

    Application of Computer to AAS Instrument

  27. 光谱仪器及其分析技术在农产品品质及安全检测中的应用

    Application of Spectrum Instruments and Analytical Technologies in Detection of Quality of Farm Products and Safety

  28. 衍射光栅是应用在光谱仪器中最重要的元件之一。

    Diffraction grating is one of the most important components which have used in spectroscopic instruments .

  29. 这些分析和结论对类似的其他光谱仪器同样适用。

    These analyses and conclusions are considered to be universally applicable to other similar spectral instruments .

  30. 原子发射光谱仪器的新进展

    Technique Development for Atomic Emission Spectrometer