拆卸运动中的干涉可分为接触干涉和非接触干涉两种基本类型。
The disassembly motion interference could be categorized as contact interference and un-contact interference.
这种接触没有干涉单元或者验收测试目标。
This exposure does not interfere with unit or acceptance tester objectives.
初步实验结果表明：用激光干涉的方法进行非接触眼压测量这一方案是可行的。
Primary experimental results indicate that the project using the method of non-contact intraocular pressure (IOP) measurement based on laser interference to measure should be feasible.
本文提出了一种用光栅分光干涉法测量磁盘平面度的非接触式测量方法。
A grating-differential interferometer for measuring magnetic-disc surface is discussed in this paper.
在齿形干涉出现时，对主动件相应的啮合接触点坐标值由计算机自动进行增值修正计算，直到干涉消失。
When interference of tooth shape occurs, the coordinate value of drive engagement point would be rectified by the computer on line until the interference disappears.
该方法实现了喷雾角的非接触测量，避免了常用方法对喷雾现场的干涉，减少了人工测量方法带来的误差。
This new method is a non-contact measurement and it can avoid any interference in the spray field. At the same time, it can reduce the normal errors in manual measurement of spray angle.
介绍了一种激光干涉测角方法，它具有非接触、动态实时测量的特点。
A Angle measuring method using laser interferometry is introduced. This method is a non - contact and dynamic measuring method.
激光全息干涉计量是一种全场、无接触、无损、精确但又信息量大的测量技术。
Laser holography interferometry is a full-court, non-contact, nondestructive, detection with high precision and a large amount of information.
本文提出了一种新的眼压测量技术——激光干涉式非接触眼压测量方法。
In this paper, we bring forward a new measurement — the non-contact measurement based on the interferential laser.
根据外差干涉计量术的原理，研制了非接触式的光外差干涉磁盘表面粗糙度测量仪。
This paper is concerned with the principle of a non - contact optical instrument for measuring the surface roughness of a magnetic disk with an opto-heterodyne interferometer.
数字散斑干涉技术是一种非接触、全场测试的光学测试方法。
Digital speckle pattern interferometry (DSPI) is non-contact, full-field optical measuring technique.
提出了一种基于白光干涉测量技术的接触式表面形貌测量系统。
A contact surface profile measurement system which is based on white-light interference measuring technique is proposed.
文中详细介绍激光干涉式非接触眼压测量的弱光检测工作原理。
In this article, the working principle of faint-optical signal detection for the non-contact measurement of IOP based on laser interferometry is introduced in detail.
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.
全光纤速度干涉仪(简称AFVISAR)是一种以光纤为框架、非接触测量任意漫反射面速度的干涉仪。
AFVISAR (A11 fiber velocity interferometer system for any reflector) which is made up of fiber can measure the moving velocity for any reflector without touching.
全光纤速度干涉仪(简称AFVISAR)是一种以光纤为框架、非接触测量任意漫反射面速度的干涉仪。
AFVISAR (A11 fiber velocity interferometer system for any reflector) which is made up of fiber can measure the moving velocity for any reflector without touching.
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