fizeau interferometer

Fiber Fizeau Interferometer for Measurement of Micro - Movement

用于测量微机械部件振动的光纤斐索干涉仪

The wavelength-tuned anti-vibration technology for the Φ 600mm wavelength-tuned phase-shifting Fizeau interferometer is researched in this paper .

以Φ600mm波长调谐相移斐索干涉仪为研究对象，研究移相干涉测量中的波长调谐抗振技术。

Analysis of principle of wind velocity measurement with Fizeau interferometer

利用Fizeau干涉仪进行激光风速测量的原理分析

Discrimination of Doppler Frequency Shift Based on Fizeau Interferometer and PMT Array

基于菲佐干涉仪与多通道光电倍增管阵列的多普勒频移检测技术

A Method to Reduce Influence of Multi-Beam Interference in Sinusoidal Phase Modulation Fizeau Interferometer

减小正弦相位调制菲佐干涉仪多光束干涉影响的方法

Influence of the Length of SFL on the Measurement of Shape of Fizeau Interferometer

自聚焦透镜的长度对斐索干涉仪面形测量的影响

Part-Compensating Lens designing of Aspheric Surface Testing in Fizeau interferometer

检测非球面面形的菲索干涉仪部分补偿器设计

Experimental research on low-coherence polarization phase-shifting Fizeau interferometer

Fizeau型偏振移相干涉仪的实验研究

The method error of gravity method and the measurement error due to system shot noise in wind lidar based on Fizeau interferometer are analyzed in detail .

详细分析了基于菲佐（Fizeau）干涉仪测风激光雷达利用条纹重心法反演风速时的方法误差和系统噪声引起的测量误差。

A generalized formulation of the signal on each channel for a wind lidar based on Fizeau interferometer and CCD is derived ;

导出了基于Fizeau干涉仪和CCD的测风激光雷达测量风速时，最终CCD每个通道接收回波信号的一般表达式；

A generalized formulation of signal on each pixel for a wind detection lidar based on Fizeau interferometer and CCD is derived .

导出了激光多普勒雷达基于Fizeau干涉仪及CCD探测器进行测风时，每个CCD元最终接收到信号的一般表达式。

A method of discriminating Doppler shift using Fizeau interferometer and linear PMT array for a direct - detection wind Doppler lidar is proposed .

提出了基于菲佐干涉仪和多通道光电倍增管（PMT）阵列探测器组合的多普勒频移检测的方案，适用于风速测量的直接探测多普勒激光雷达。

The output optical intensity of interferometer was modulated when ultrasonic wave signal passing through the sensing gange of the Fizeau interferometer .

当超声波信号通过光纤传感器到达探测器时，干涉仪的输出光强度受到了超声信号的调制。

A fiber Fizeau interferometer for measurement of micro-vibration of MEMS devices is presented , which is simple in configuration and easy to operate .

提出一种结构简单、使用方便的用于微电子机械部件运动状态测量的光纤斐索干涉装置。

In order to obtain the absolute surface distributions , a novel method is presented to achieve the absolute flatness measurement based on two flats in the Fizeau interferometer .

为了获得被测平面的绝对面形分布，提出了一种基于两平晶的平面绝对检验方法，即在菲索干涉仪上利用两块平晶的三个表面实现平面的绝对检验测量。

A wind direct-detection Doppler lidar system for planetary boundary layer wind measurement utilizing the fringe image technique combined of a multi-beam Fizeau interferometer and a CCD detector is proposed .

提出结合多光束斐索（Fizeau）干涉仪和CCD探测器的条纹图像技术，测量地球边界层下的三维风场的直接探测多普勒激光雷达技术。

Based on the basic principle of multiple-beam interference , an intensity distribution formula of the multiple-beam interference is derived for measuring the diameter of single crystal silicon sphere by Fizeau interferometer .

基于多光束干涉的基本原理，导出了使用斐索干涉仪测量硅球直径多光束干涉光强分布的精确公式。

Experiments show that its sensitivity is 1 ~ 2 times higher than the conventional Fizeau interferometer for testing the polished uncoated optical elements , 7 ~ 9 times for high reflective coated sufaces .

实验表明：检测低反射光学元件，其灵敏度比之通常的Fizeau平面干涉法高1～2倍，检测高反射光学件，则可提高7～9倍。

Applying the low coherence technology , we proposed a novel type of interferometer , which can be regarded as the combination of unbalanced Michelson interferometer and Fizeau interferometer . And the detection scheme is archived by scanning the static and dynamic optical paths .

应用低相干光学技术的特点，我们给出了一种新的组合干涉仪结构&非平衡式Michelson和Fizeau组合干涉仪、静态与动态组合光程扫描相结合的应变解调方案。

In order to measure wind speed in boundary layer , a direct-detection Doppler wind lidar system based on Muli-beam Fizeau interferometer and CCD detector is proposed . The optical properties of Fizeau interferometer are analyzed . Some parameters degrading interferometer spectrum and resolving power are presented .

分析了多光束菲索（Fizeau）干涉仪的光学特性，以及影响干涉光谱性能的参数，并研究了激光雷达系统接收信号能力，提出了一套基于Fizeau干涉仪和CCD探测器的边界层测风激光雷达系统。

It uses Fizeau type interferometer with a degree field of view .

GAIA采用Fizeau干涉方案，视场1°。

Application of Fizeau Fiber Interferometer in Ultrasonic Measure

斐索光纤干涉仪在超声检测中的应用

On propagation characteristic of material surface wave in laser ultrasonic , Fizeau fiber interferometer system which implements measure of SAW on YAG laser is researched .

针对激光超声中固体表面波的传播特性，研究了一套斐索光纤干涉仪系统并实现了对YAG激发的铝材料表面波的检测。

The displacement sensor was realized on basis of a double channel optical fiber Fizeau type interferometer , which consists of laser diode ( LD ), optical isolator , optical fiber directional coupler , self focusing lens and etc.

利用半导体激光器（LD）、光隔离器、光纤定向耦合器、自聚焦透镜等组成双路光纤斐索型干涉仪。

Fizeau phase-shifting laser interferometer has been publicly recognized as an optical measurement instrument with high precision and high sensitivity , which is an indispensable tool for high-precision optical testing .

斐索型移相式激光干涉仪是公认的一种高精度、高灵敏度的光学计量仪器，在高精度的光学检测中占有不可或缺的地位。

It is very significant in practical engineering . Firstly , the article summarized the present development situation of the fizeau phase-shifting laser interferometer , and presented a design of 100 mm fizeau phase-shifting laser interferometer based on the principle of fizeau phase-shifting interferometry .

首先，论文总结了国内外斐索型移相式激光干涉仪的发展现状，通过对斐索移相干涉原理的深入研究，提出了口径为100mm的斐索型移相式激光干涉仪设计方案。