本文介绍的是用于工业机器人检验的激光干涉测量法。
This paper introduces the laser interferometer for measurement of displacement and vibration for industrial robot.
此传感方法可称为“低相干”或“白光”干涉测量法。
This sensing method is termed "low coherence" or "white light" interferometry.
在各种不同的光学方法中，干涉测量法具有分辨率高和动态范围大的优点。
There are a variety of optical methods among which the interference measurement has the advantage of high resolution and wide dynamic range.
实验中采用时间平均干涉测量法，得到了不同振动频率下物体的干涉图形。
Time average interference measurement method is used in the experiment, and the vibration interference patterns of the object with different vibrating frequencies is obtained.
使用一种名为电子实时甚长基干涉测量法(e -VLBI)的技术，多个望远镜可以同时观测同一个目标。
Using an astronomical technique called electronic, real-time Very Long Baseline Interferometry, or e-VLBI, participating telescopes will observe the same object simultaneously.
同时，通过对一台数控铣床的测量后，发现激光干涉仪测量法更适合于机床定位精度的快速评定。
Meanwhile, we found that the latter one is more suitable for measuring machine tools linear positioning accuracy after inspecting a vertical milling machine by using the laser interferometer.
光学测量法中以光干涉测量技术最为常见和应用广泛，可实现高精度的非接触式振动测量。
Optical measuring method, optical interferometry is the most common and used widely for high accuracy non-contact vibration measurement.
光学测量法中以光干涉测量技术最为常见和应用广泛，可实现高精度的非接触式振动测量。
Optical measuring method, optical interferometry is the most common and used widely for high accuracy non-contact vibration measurement.
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