A wavelength scanning fiber optic interferometer for absolute distance measurement has been proposed.
建立了用于绝对距离测量的波长扫描光纤干涉仪实验系统。
A novel wavelength scanning fiber optic interferometer for absolute distance measurement has been proposed.
提出了一种可用于绝对距离测量的光纤扫描干涉仪。
A novel wavelength scanning fiber-optic interferometer for absolute distance measurement has been proposed.
提出了一种可用于绝对距离测量的波长扫描光纤干涉仪。
ABSTRACT The high precision absolute distance measurement is a problem which is still having to be solved in industry.
高精度的绝对大长度测量问题在工业生产中是一个急需解决的问题。
Absolute distance measurement based on multiple wavelengths interferometric theory has been progressing greatly in recent years.
近几年来，基于多波长干涉理论的绝对距离测量技术取得了很大的进展。
The dynamic measurement characteristics of a novel wavelength scanning interferometer for absolute distance measurement are analyzed in terms of theory.
对用于距离绝对测量的波长扫描干涉法的动态测量特性进行了分析。
The invention discloses a high-precision absolute distance measurement system based on an interferometric phase comparison method, belonging to the technical field of precision measurement.
本发明公开了一种基于干涉相位比较法的高精度绝对距离测量系统，属于精密测量技术领域。
The basic principle of the linear frequency modulation absolute distance interferometric plan and the problems existed in beating frequency measurement are described.
论述了线性调频绝对距离干涉测量方案的基本原理以及拍频测量中存在的问题；
Functional distance is a measure of space based on how that space is used, rather than its absolute measurement.
功能距离是依据空间的使用功能而非它的绝对测量值来衡量出的空间距离。
Functional distance is a measure of space based on how that space is used, rather than its absolute measurement.
功能距离是依据空间的使用功能而非它的绝对测量值来衡量出的空间距离。
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