测量系统

对测量系统分析与测量过程控制技术在系统平台的应用进行了探讨；

Applications of the MSA and MPC technologies on the system platform are discussed .

基于此，本文提出将测量不确定度引入测量系统的分析，使得测量系统的量值分析与可靠性分析密切联系起来，为测量系统的分析提供了一条新的思路和更为科学的方法。

Based on it , a new idea of applying measurement uncertainty to MSA is presented to connect metrological property analysis with reliability analysis , which presents a new idea and a more scientific method for MSA .

对测量系统的评价，传统的方法只是使用五个精度指标来描述，这不符合国际规范

Evaluating the system , the traditional method is limning it 's five accuracy index . \\ "

GPS单基线实时姿态测量系统分析与实现

Analysis and Implement of GPS-based Single Baseline Real-time Attitude Determination System

结合MATLAB的虚拟仪器技术在谐波测量系统中的应用

The Application of Virtual Instrument Technology Combined with MATLAB in Harmonics Measurement System

双目CCD结构光三维测量系统中的立体匹配

Stereo matching in 3D measurement system using double CCD structured light

基于线阵CCD镜片轮廓测量系统的研究

Edge Detection System of Lens Based on Linear Array CCD

光源色度参数的CCD测量系统

Measuring Chromatic Parameters of Light Sources by Using Linear CCD

SAR卫星的GPS姿态测量系统研究

Research of SAR Satellite GPS Attitude Measure System

VSP2000及在线阵CCD测量系统中应用分析

VSP 2000 and the Analysis of the Application in the Linear CCD Measuring-system

吊仓双视场CCD电视跟踪测量系统研究

Investigation of Double Field CCD TV Tracking and Measuring System Housed in Pod

通过本文，我们可以了解到CCD精密测量系统中DSP芯片的作用。

So we know about the function of DSP chip in CCD precision measurement system .

分析了位置敏感探测器PSD特性对测量系统的影响。

The effect of PSD on the measuring system is analyzed .

研究了基于双通道FFT分析仪的虚拟式声强测量系统的原理与组成。

The principle and composing of virtual sound intensity measurement system based on two-channel FFT analysis are researched .

双CCD交汇测量系统在检测武器的弹着点及命中概率等方面的应用是十分广泛的。

It is very widely that two liner array CCD intersection measuring system is applied in measurement of bullet coordinate and shoot probability .

建立了由AppleⅡ~+微机和自制的电化学接口仪组成的时域法电极阻抗测量系统。

An electrode impedance measurement system by time domain method has been set up , it is composed of an APPLE ⅱ microcomputer and a self-made electrochemical interface .

南航2m直径旋翼模型试验装置的测量系统

Introduction to the Measurement System of a 2m Diameter Rotor Model Test Facility of NUAA

得到以下结论：测量系统分辨本领由狭缝、光栅和CCD三者中分辨本领最低的环节确定；

The results are as follows : the resolving power of measuring system is determined by the lowest resolving power of the slit , grating and CCD ;

因此，GPS与SINS组合姿态测量系统，既可以满足系统精度要求，降低成本，又提高了姿态数据更新率。

Therefore , GPS and SINS integrated attitude measurement system not only meets the accuracy requirements and lower costs , but also improves attitude data update rate .

AOTF红外光谱测量系统及其设计分析

AOTF-based Infrared Spectra Measuring System and Design Analysis

阐述SPACER（垫隔粉）微粒密度自动测量系统的基本组成及工作原理。

The basic composing and woking principle of the Automatically Scattering Density and Uniformity Analysis System of the Spacing Particle are described .

非接触式测量系统采用双CCD拍取运动图像，利用对CCD标定出来的内外参数来三维重构计算物体空间坐标，并由此分解其六自由度。

Untouchable measurement system uses a pair of CCD to capture the graphics , and reconstruct the coordinate with planar photos , and then the 6-DOF of the floating body is decomposed .

利用TWAIN标准对原植物叶片面积测量系统进行了改进，使其可以直接从支持TWAIN标准的数字化图像输入设备读取图像数据。

Using TWAIN standard , the leaf area measurement system is improved so that image data can be read directly from digital image equipment .

结果表明，利用步进电机的扫描测量系统适用于在实验室中作高精度的表面粗糙度测量，而利用CCD阵列的测量系统适用于在光学制造中的在线检测。

The results show that the stepmotor scanning system is suitable to measure surface roughness in the laboratories , while the CCD array system is adequate to be applied to the on-line inspection of optical manufacturing .

MEMS陀螺仪和MEMS加速度计是基于MEMS器件的航向姿态测量系统的主要传感器，它们的精度也影响着整个系统精度和性能。

Gyroscope of MEMS and acceleration of MEMS is pickoff of the inertial systems of heading and attitude of the MEMS machine piece , their accuracy also affects the whole system accuracy and functions .

采用这套绝对测量系统，可以实现长度为2m以内的绝对距离测量，定位精度可以达到±0.5μm。

With optical multiplication absolute distance measurement technique , the measurement of absolute distance up to 2 meter is achieved , with the positioning accuracy of ± 0.5 μ m.

应用二维哈特曼（Hartmann）波前测量系统，对光束在二维低速热射流传输中的气动光学效应进行了测量。

A two dimensional Hartmann wavefront sensor is used to measure the aero optical effects when the optical beam passes through a low velocity heat turbulent jet .

由此得到的电子平均能量，与由探针V－I特性计算得到的电子平均能量相差不超过5%，证明了本测量系统的可靠性。

The slight difference by no more than 5 % between average electron energy calculated from the EEDF and that calculated from the V-I characteristics of the probe seems to constitute indirect evidence in favour of the reliability of the measuring system used .

但已知的国内外所采用的非接触测量系统，或者不能同时测量出长度和角度的位置关系，或者由于同时使用多组CCD探测器，加大了系统的复杂性。

But for the noncontact position measuring systems that are used interiorly or overseas , some can 't acquire both the distance parameters and the angle parameters , others are very complicated because of the using of more than one CCD detectors .

JD-3型存储式肌电图测量系统的研制

The development of model JD-3 memory EMG measuring system