阿贝误差

  • 网络abbe;Abbe Error
阿贝误差阿贝误差
  1. 本文分析了FCG-1型仿形仪的静态精度,指出对静态精度有较大影响的因素是传感器的X,Y,Z三个轴的垂直度误差;阿贝误差;

    The static accuracy of FCG-1 Tracer is analysed in the paper , the factors effecting the static accuracy are the verticality errors of X , Y and Z axes , Abbe error , probe deformation and temperature .

  2. 用于阿贝误差实时修正的三通道激光干涉仪的研究

    The Study On Three-Channel Laser Interferometer For Real-Time Correction of Abbe Error

  3. 系统的高精度是通过3个微型激光干涉仪的零阿贝误差设置,一个表面传感AFM测头以及两个角度传感器实现。

    The high accuracy is obtained by a zero Abbe offset arrangement with three plane mirror miniature interferometers , a surface-sensing probe and two angular sensors .

  4. 设计并研制成功了150×150×6mm3范围可免阿贝误差的纳米工作台,以大行程柔性铰链结构和磁力卸载装置,解决了商用微动工作台承载能力不足的技术问题。

    A nano-positioning Abbe-free stage with the movement range of 150 × 150 × 6mm3 , has been designed and implemented successfully . The performance of load-carrying of commercial PZT stage has been extended with long range flexure hinges and magnetism-unloading equipment .

  5. 实现了无阿贝误差的三维激光干涉测量系统。

    An Abbe-error free three dimensional laser interferometer has been realized .

  6. 一维加工设备阿贝误差实时修正方法的研究

    The Study on Real-Time Correction for Abbe Error of one Dimensional Manufacturing Equipment

  7. 消除阿贝误差的一种新方法

    A New Method to Compensate the Abbe Error

  8. 无阿贝误差计量型原子力显微镜

    Metrological Atomic Force Microscope with Zero Abbe Offset

  9. 用双频激光干涉仪实时修正阿贝误差的方法和实验

    Use Double Frequency Laser Interferometer to Make Real Time Correction of Abbe Error and Its Test

  10. 系统具有稳定,刚性好,符合阿贝误差原理设计的特性。

    The system is stable and rigid , and it accords with Abbe error design principle . 3 .

  11. 本文从排列组合原理出发,利用坐标变换法研究了阿贝误差问题。

    In line with the principle of arraycombination , the Abbe error problem has been studied in this paper by the help of coordinate transformation .

  12. 经理论研究计算,能实现近零阿贝误差,满足微纳米级定位平台的要求。

    Theorial study and calculation show that Abbe error can be decreased to almost zero by use of the structure and it can meet the demand of nano-platform .

  13. 分析了双基圆盘式渐开线测量仪的测量原理,其具有结构简单、测量过程中无测头位置引起的阿贝误差等特点。

    A double-disc mode instrument for measuring involute tooth profile is analyzed , which has some advantages , such as simple structure , no Abbe error caused by the stylus , etc.

  14. 为高精度导轨直线度的测量以及阿贝误差补偿方面打下了基础,具有一定的理论意义和工程实用价值。

    It lays the foundation for the measurement of straightness of high precision guide , as well as the compensation of Abbe error , which has a certain theoretical significance and engineering value .

  15. 该方法简单而易于实现,可应用于多种光学测长系统以有效地消除阿贝误差的影响,提高测量系统的精度。

    This optical system is very simple and can be realized conveniently . It can be used to compensate the Abbe error of some optical length measuring instruments inorder to improve its measuring accuracy .

  16. 该方案采用激光准直瞄准定位,以测量瞄准误差为补偿,其合理的光路设计清除了阿贝误差,提高了瞄准精度。

    The method adopts laser collimation to target the location , takes the collimating error as compensation , and the reasonable design of light path clears the Abbe error , as a result , the collimation precision is improved .

  17. 长度测量中违背阿贝原则产生误差的平行尺补偿

    Using two rulers to compensate the error occurred from inconformity with Abbe 's length measurement principle