测量对象

遵循MODBUS通信规约，构建的主从式微机测控网络允许用户在使用时根据不同的目的和测量对象自行重定义命令码；

According to the MODBUS communication protocol , the constructed distributional master-slaver microcomputer measure and control network allows the user to redefined the order code according to the different purposes and measurement object .

该方法采用传递测量对象的方式，测量芯棒而不是直接测量微孔；

The method measures gauges rather than directly tiny holes through transferring measurement object .

根据测量对象的曲面变分进行自适应采样，获得测量点云，并根据自适应采样数据重构CAD模型。

Depending on the surface variation , the adaptive sampling point cloud of object is acquired ; the CAD model is reconstructed by the sampling point cloud .

本文试图考察IAT效应和它的测量对象即概念联系之间是否存在对应关系。

This study explored the relationship between The IAT effect and its object , the target-concepts association .

结合系统硬件资源较少，而且是时变参数测量对象等因素，本课题着重考察了自适应滤波算法在不平衡振动信号提取中的应用，并对基本LMS算法进行了改进。

Due to the limited hardware resources , time-varying parameters and other factors , adaptive filtering algorithm was used here , and the basic LMS algorithm has been modified .

选取U、Mo活动态中的黏土吸附态作为测量对象，在测区内共圈定壤中黏土吸附态U异常7个、Mo异常5个。

The clay-absorbed form in soil is selected as the object of determination of U and Mo in mobile forms , and seven U anomalies and five Mo anomalies of clay-absorbed form in soil are outlined in surveyed area .

本文在深入分析研究PSD的特点和工作原理的基础上，结合被测量对象的特点，首次提出了长定向管导槽对称度、缠角、内径等实时自动化测量的一种新方法；

Based on in-depth analysis on characteristic and function principles of PSD , combined with characteristic of measured object , this article presents an new real-time measurement for symmetrical degree , guiding-groove , twining angle , inside radius of long direction pipe ;

模拟实验表明PCAD算法在有效减少测量对象和测量频率的同时，具有较高的检测概率和较小的错误率。

Simulation results show that PCAD has higher recognition probability and lower error rate with reducing the number of measuring links and the frequency of measurement effectively . 5 .

由于测量对象存在制造误差，测量时也产生误差，提出多次使用Chauvenet准则来剔除粗大误差的方法。

For there is manufacture error and inspect error during the data , so we bring forward that we can use Chauvenet rule for several times to-eliminate unsuitability data .

用商拓扑空间研究井下测量对象之间的逻辑关系

Describe the logical relations among mining survey objects using quotient topological space

基于光学经纬仪的测量对象方法研究

Research about Measure Object Based on Optics Theodolite

这两种方法针对其各自不同的测量对象能有效地实现大尺寸的空间三维测量。

Both the methods can realize large - scale clearance 3 - D measurement .

传统的仪器设备通常是以某一特定的测量对象为目标，把以上三个过程组合在一起，实现性能、范围相对固定，功能、对象相对单一的测试仪器。

A certain object is the target of traditional instrument , which is usually fixed and simple .

针对连续流程工业软测量对象普遍存在多工况点的特性，提出了一种基于仿射传播聚类、高斯过程和贝叶斯决策的多模型软测量建模方法。

A multi-model soft sensing method based on Affinity Propagation , Gaussian process and Bayesian committee machine is presented .

测量对象（52）知道他们相对于图像中其它图形对象（50，51）的位置。

The measurement objects ( 52 ) are aware of their position relative to other graphical objects ( 50,51 ) in the image .

文章对25℃异丙醇-氨水为介质硫酸钙制取硫酸钾相图进行了研究，采用单变线法配样，选择电导率作为测量对象判断体系状态。

The phase diagram of the preparation process of potassium sulfate by using calcium sulfate in isopropanol-ammonia solvents at 25 ℃ is studied .

实验以食盐和蔗糖溶液为测量对象，浓度分辨率达到0.04%。

The tested objects are salt and sucrose solution , while providing a high resolution on the order of 0.04 % concentration or better .

为了避免对产品验收的误判，不同精度要求的测量对象，应选择相应能力的测量设备。

In order to avoid errors in quality control , appropriate measuring instruments with relevant ability should be selected for measuring objects with different precision requirement .

目前，弹性模量、残余应力、断裂强度和疲劳强度是微构件材料力学特性测试中最主要的测量对象。

Currently , elastic modulus , residual stress , tensile strength and fatigue testing is the most important characteristics of the measurement target of micro-mechanical components .

本文以磁流体发电通道中高温高速气流为测量对象，阐述了非接触式测量流速的方法。

For gas flow at high temperature and high speed in MHD-channel , a method of measuring gas velocity without physical contact is discussed in this paper .

然后从测量对象特点入手，利用其特性进行测量方案的设计，给出测量系统的整体构架。

Then starting from the measured characteristics of the object and use their properties to design the plan , given the overall framework of the measurement system .

在电磁能量的返回方式，测量对象与探测结果的表示形式方面，与典型大地电磁法进行了比较。

Ther are some differences in the returnable behaviour of electromagnetic energy , the measuring objectivs and the expression of the detecting results when compared with the MT method .

通过扫查测量对象表面，就能够快速可靠地确定是否存在缺陷及定量缺陷大小。

Through inspection by means of scanning on the surface of the object , defects and their sizes were found out by measuring the component of magnetic flux density .

在医学、农业、科研、工业等应用领域，颗粒是种常见的分析测量对象，通过统计样品内所含颗粒的数目和各种特征参数，对其品质或特性进行分析。

Particle was common analyzed and measured object in industry , agriculture , medicine , scientific research etc. We could analyze their quality and characteristic by counting the numbers and extracting their features .

其原因在于人体组织复杂、血糖信号微弱而背景噪声强以及测量对象个体差异大和随时间变化显著等方面。

The reasons lie in the facts of complexity in human tissue , week glucose specific signal compared with strong background noise , the variance between individuals , and the dependence on time , etc.

本文将在异地产生的两个火光信号作为测量对象，实现了对两个火光产生时刻以及时间间隔的精确测量。

In this paper , it will cause two optical signals in different places as the measurement of the object signal to achieve time to produce the fire and the optical signal time intervals .

后期依据实验验证的传感数学模型原理，改变换能元件的材料和尺寸来达到增大测量对象量程的目的。

Later , I could based on the principle of sensing mathematical model which improved by experimental verification to change material and size of sensitive elements to do the purposes of increasing range of measurement object .

针对高层建筑物中封闭构筑物的测量对象和施测环境的特点，介绍一种利用钢尺直接测量封闭构筑物内细部位置的快速方法.该方法在实际工作中有较好的应用价值。

According to the characteristics of the surveyed objects and the surroundings , a quick and convenient method is introduced by directly using the steel ruler to survey the closed structures , which has been proved very effective .

在分析被测量对象进度特性的基础上，通过建立工作分解结构、确定各工作包进度贡献权重和选择适用的进度测量模型等步骤，就可以完成进度测量系统的开发工作。

With analysis on progress rate features , a progress rate measurement system has been developed on the basis of establishing work breakdown structure , defining work package 's contribution weight and choosing proper progress rate measurement model .

具体来说，在进行临床试验时，最佳方法的选用取决于试验测量对象，干预的复杂度，待测量的健康状态，时间框架以及研究的可获得资源。

In the clinical trial , the best choice of methods depends on the measuring object , complexity of the intervention , health status to be measured , time frame , as well as the availability of research resources .