高精度光学测量系统，精密坐标试台；
Optical measurement system of high accuracy, precision coordinate test station;
散斑计量是光学测量技术的一个重要分支。
Speckle metrology is an important branch of optical measurement techniques.
获取清晰图像是实现高精度光学测量的前提。
Getting vivid image is the precondition of achieving high-precision optical measurement.
光学测量口径焦距：满足炸点测量距离要求；
Optics measure wide and focus : fits with measuring required ;
介绍了三维光学测量系统的原理、组成及应用。
This article introduced the three dimensional optical measurement system's principle, the composition and the application.
介绍了航天器间相对状态光学测量系统的组成。
This paper introduces the components of the spacecraft's relative state optical measure system.
光学干涉计量方法在光学测量中有广泛的应用。
激光光斑中心检测是光学测量中常用的关键技术。
Laser spot detection is the key technique used in optical measurement.
本课题主要是研制了一种油膜厚度的非光学测量系统。
The paper develops a new type of measuring system for oil slick thickness.
白光扫描干涉测量是光学测量中一种非常重要的方法。
White light interference is an extremely powerful method of optical measurements.
讨论在靶场光学测量中，大气因素如何影响测量结果。
The result of optical measurement, which is affected by the factor of atmospheric refraction, is discussed.
光学标定装置的自动控制是高精度光学测量的发展趋势。
Automatic control of optical calibration instrument is a development direction for high accuracy optical regulation and measuring.
电子散斑干涉测量技术是光学测量技术的一个重要分支。
Electronic speckle pattern interferometry(ESPI) is an important branch of optical measurement techniques.
结果显示，光学测量可以用于监测农作物生长状况的差异。
Results showed that optical measurements can be used to indicate different crop conditions.
激光三角法测量原理是目前光学测量应用最广泛的方法之一。
The triangulation method with using a laser is the most widely-used one in this area.
船载经纬仪是远洋航天测量船导航定位系统专用光学测量设备。
The theodolite designed for measure ship is a special optical equipment based on TV tracking and measuring for the use of navigation orientation system.
在光学测量中，激光三角测量法是一种常用的非接触测量方法。
In the optics measurement, laser triangulation measurement is one of common methods of noncontact measurement.
提出了一种航天器间相对状态光学测量系统焦距的动态校准方法。
This paper puts forward a dynamic calibration method for the focal length of the spacecraft's relative state measure system.
该机采用计算机软件编程，高倍率光学测量系统，光电传感等技术。
This tester adopts programming by computer software, high magnification optical measuring system and photoelectric sensor etc such technique.
本课程涉及诊断技术的内容包括经典和现代的物理和光学测量部分。
The spectrum of diagnostic techniques included in the course both classical and modern physical proves an optical techniques.
位相展开问题是所有基于条纹分析的光学测量技术都难以避免的问题。
The difficulty of phase unwrapping cannot be avoided in optical measurement based on fringe analysis.
设计光学镜头并进行公差分析，研究并提出光学测量方案，选择塑胶材料。
Design of optical lens and tolerance analysis, Research and optical measurement scheme is put forward and select plastic material.
本机采用电子自动加荷，计算机软件编程，高倍率光学测量，光电传感等系统。
The tester adopts electronic auto loading, computer software programming, high power optical measurement, photosensor and other systems.
作为光电转换器件，还可用于炸点测量和胶片判读，大大提高光学测量的自动化。
It may be a photoelectric converter in the application of exploded piont measuring and film reader. That can greatly enhance the photogrammetry automatization.
当搅拌该浓缩的悬浮液时，将等分试样转移至含有空白分散介质的光学测量比色皿中。
While stirring this concentrated suspension, a small aliquot is removed and transferred to the optical measurement cell containing the blank dispersing medium.
本文讨论了光学测量中的若干变换基，测量链和由此产生的仪器群以及它们的实际应用。
In this paper, some transform basis, measurement Chain and instrument series in optical measurement is discussed, same its application is considered.
利用光学测量变形，可以实现探测器无电化设计，使得测量不受强电磁场和湿度的影响。
With optical displacement meter, non-electricity detection can be realized, which helps to avoid the effect of strong electromagnetic field and humidity.
介绍了测量原理，设计完成了相应的光学测量系统、硬件控制系统和控制测量所需的软件。
The basic principle of measurement is presented. The optical system, hardware controlling system and measuring software are designed.
该方法装置简单、操作方便、测量精度高、易于自动化处理，在光学测量中具有实用价值。
And it has the advantages of being easy to operate and easy to control automatically, and of higher accuracy. It has a practical virtue in optical measurement.
利用被观测物体的光学成像估计其三维空间的方向和位置一直为光学测量领域的一个研究热点。
It is a hot focus in the field of optical measurements to estimate the position and orientation of the object by using the optical image of the object observed.
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