测角仪

  • 网络goniometer;gonio meter;Contact goniometer
测角仪测角仪
  1. 双晶体x射线测角仪

    Double crystal X-ray goniometer

  2. 故障部位包括X射线装置、样品室和光谱室的真空、探测器、晶体和测角仪。

    The malfunction places include X ray generation device , vacuum of sample and spectrum chamber , detector , crystal and goniometer .

  3. 简要介绍了近几年来多晶X射线衍射仪的光源、测角仪、样品台、光学系统、附件、检测器和应用软件方面的技术进展和用途扩展情况。

    This paper briefly introduced the technology progress in X-ray source , goniometer , optics , sample holders , accessories , detectors and software of polycrystal X-ray diffractometers in recent years .

  4. ARL第四代莫尔条纹测角仪专利,全自动控制;

    ARL fourth generation of moire fringe Goniometer patents , automatic control ;

  5. 在此基础上,我们在一种较为便宜的双步进电机驱动的测角仪平台基础上自行开发了一种转角式SPR传感器。

    Based on this , a home-made angle-scanning SPR sensor is developed by using a cheap angle-scanning instrument with double step motors .

  6. JC-1型精密测角仪光学系统设计

    The Design of the Optical System for JC-1 Precision Goniometer

  7. JC-1型精密测角仪圆光栅的研制

    Research and Fabrication of Circular Grating Used in Model JC-1 Precision Goniometer

  8. JC-1型精密测角仪主体与传动机构设计

    The Design of Main Part and Driving Mechanism of JC-1 Precision Goniometer

  9. 在2〃精度的测角仪上,用棱镜耦合法,以0.6μm的准直He-Ne激光束(直径1mm)实现了铌酸锂(LN)晶片折射率的高精度测量。

    The measurments of refractive index of lithium niobate integrated optical substrates were performed by means of prism coupling method on a precision goniometer with He-Ne laser .

  10. JC-1型精密测角仪空气静压主轴

    The Aerostatic Spindle for JC-1 Precision Goniometer

  11. 利用双圈接触测角仪、双圈反射测角仪、微分干涉显微镜等测试手段,对不同条件下水热法生长的KTP晶体的宏观形态及各族晶面的微观形貌特征进行了观察和描述。

    The study focuses on the crystal morphology and surface structures of hydrothermal KTP crystals with double coil reflecting goniometer , double coil hand - goniometer and differential interference microscope .

  12. 文中给出的实验测试结果成功地用于JC-1型精密测角仪中。

    The experimental results given in the paper have been successfully applied to the development of JC-1 preci-sion goniometer .

  13. C3-1型精密测角仪

    Precise Angulometer Type C3-1

  14. 本文重点介绍JC-1型精密测角仪的动态光电自准直定位平行光管光学系统,为了满足测角仪对多谱线高精度测量的要求,应采用的结构形式及象差校正方案。

    This paper described an optical system with dynamic photoelectric autocollimator for location of JC-1 precision goniometer . In order to meet the demand of high accuracy angle measuring of multi-spectral lines , the optical system structure and the aberration correcting method are discussed as well .

  15. 红外测角仪抗红外干扰的信息处理方法

    Anti infrared interference information processing method of the infrared angular instrument

  16. 合理使用滤波器提高激光测角仪的测角精度

    Reasonably use filter to improve measuring accuracy of laser angle meter

  17. 基于经纬仪的通用测角仪溯源方法

    The Method of Traceability for Universal Clinometer Based on Theodolite

  18. 测角仪分度误差测量不确定度的评定

    The Evaluation of Uncertainty in Measurement for Dividing Scale Errors of Goniometer

  19. 基于虚拟仪器的电视测角仪测试系统

    Test system of TV goniasmometer based on virtual instrument Television

  20. 检测精密测角仪精度的微机数据采集处理系统

    Microcomputer Data Acquisition and Processing System for Measuring Precision Goniometer

  21. 电视测角仪的多光源快速识别算法

    A multiple light sources fast recognition algorithm for TV goniometers

  22. 用测角仪检定正多面棱体角度误差的新方法

    A new method to verify angle error of regular polygonal prism by goniometer

  23. 数字光栅测角仪是一种新型的角度计量仪器。

    The digital and grating instrument isanew kind of instrument for measurement of angle .

  24. IAM-1智能测角仪的研制

    Development of Iam 1 intelligent angle measuring instrument

  25. 高精度动态测角仪的光学及照明系统设计

    Design of projection lens and illumination system of the high-performance dynamic instrument for measuring angles

  26. 圆光栅测角仪的研制

    Development of Circular Grating Angle Measuring Meter

  27. 微型圆光栅刻划偏心量的控制圆光栅测角仪的研制

    THE ECCENTRIC DEGREE CONTROL OF MICRO RADIAL GRATING Development of Circular Grating Angle Measuring Meter

  28. 高精度测角仪的电信号处理系统

    A Electronic Processing System for High-precision Goniometer

  29. 最后介绍单片机控制的容栅测角仪。

    Then , an angular instrument with capacitive grating controlled under single-chip microcomputer was introduced .

  30. 激光干涉测角仪的结构参数、光路调整等均会影响干涉仪的精度。

    The instrument accuracy is influenced by the construction para-meters and the disadjust of the interferometer .