垂向变形监测,vertical deformation monitoring
1)vertical deformation monitoring垂向变形监测
1.5 ～ 1mm;however,this system error does not affect the outcome ofvertical deformation monitoring.5~1 mm之间,该系统偏差不影响垂向变形监测的结果。
英文短句/例句
1.Study on Ultra-Long Dam Vertical Deformation Monitoring Method Based on GPS基于GPS的超长水坝垂向变形监测方法
2.Development of Real-time Monitoring System for Rotor s Radial Deformation at High Temperature;高温状态下转子径向变形量实时监测系统研制
3.Research on Time Series Based on Support Vector Regression Model for Deformation Observation基于时间序列支持向量回归模型的变形监测研究
4.Application of detrended fluctuation analysis in deformation monitoring data非倾向性振荡分析用于变形监测数据分析的探讨
5.The comparative study of vertical cephalometric index of Angle Ⅰ malocclusionAngle Ⅰ类错畸形垂直向头影测量指标的对比研究
6.Vertical distribution and bio-availability of various forms of phosphorus in the sediments of Xuanwu Lake玄武湖沉积物磷形态的垂向变化和生物有效性
7.Deformation Section in Tianjin and Beijing Area北京天津地区垂直形变剖面复测结果的GPS检验
8.A study of automatic monitoringprogram for dam deformationmeasurement大坝变形观测中自动监测程序的研究
9.PREDICTION METHOD OF RBF NEURAL NETWORK FOR DEFORMATION MONITORING变形监测数据的RBF神经网络预测方法
10.Research Status of Transformer Winding Deformation Monitoring变压器绕组变形监测的研究现状综述
11.Using GPS to Monitor the Building Deformation and the Construction of System Model;GPS监测建筑物变形及监测系统模型的建立
12.Design of deformation monitoring and its monitoring data of Yunfeng dam云峰水电站大坝变形监测设计及监测成果
13.Application of Movement and Surveying Radar in the Bridge Healthi Monitoring微变形监测雷达在桥梁健康监测中的应用
14.Application of movement and surveying radar in the surface displacement monitoring of dam地表微变形远程监测雷达在大坝监测中的应用
15.Application of Leica TCA Monitoring System to Dam Deformation Monitoring at Yantan Hydropower Station徕卡TCA监测系统在岩滩大坝变形监测中的应用
16.Transverse/cross/lateral contraction deformation：The component contracts in the upright direction of weld after weiding.横向收缩变形：构件焊后在垂直焊缝方向上发生的收缩。
17.Supervision on constructional measurements and deforming observation for Nanzhou Bridge in Guilin桂林市南洲桥施工测量监测及变形观测
18.CSGDI has gained great achievements in precision engineering surveying such as Bridge Monitor, Deep Foundation Excavation monitor, Building Deformation Monitor and Geogeaphy Surveying.中勘院在桥梁监测、基坑监测、筑物变形监测及地形测量等精密工程测量领域成绩显著。
相关短句/例句
monitoring of vertical deformation垂直形变监测
3)radial deformation mornitoring径向变形监测
4)deformation monitor变形监测
1.Design ofdeformation monitoring system for high rock slope;高边坡变形监测系统设计
2.Data Processing Methods Research and Software Development of GPS Single Epoch Deformation Monitor;单历元GPS变形监测数据处理与软件研制
3.Data Processing Methods Research and Software Development of GPS Deformation Monitor;GPS变形监测数据处理方法研究与软件研制
5)deformation measurement变形监测
1.The feasibility and advantage of digital image correlation used for thedeformation measurement of bridge cracks was analyzed referring to the practical background of engineering.本文结合工程实际背景分析了数字图像相关方法应用在桥梁裂缝变形监测中的可行性及优越性,根据桥梁裂缝变形的特点采用数字图像处理技术中的位移梯度法进行所选区域的相关匹配搜索并对相关系数的计算公式加以改进,使实验过程得以简化,计算结果全场化、直观化。
2.On the basis of linear intersection in space,a surveying method of work base points in horizontal removaldeformation measurement of Taihe dam is discussed.基于空间距离三维交会的数学模型 ,提出针对太河水库大坝水平位移变形监测工作基点进行无角度观测方案 ,并对监测的精度进行了预计分析 ,证明此方案不仅经济快捷且合理可行 ,同时也证明空间距离交会定位取代传统量边、测角定位的可行性 。
6)Deformation monitoring形变监测
1.Field experiments on GPS-based new technique for dam deformation monitoring;GPS形变监测技术在天荒坪电站水库坝区的监测网试验
2.Use the coaxial-cable shape deformation monitoring arithmetic of TDR technology,the hardware of measurement system is designed.针对时间域反射测试技术在地质灾害防治、山体滑坡预警,以及土壤水含量分析等诸多领域的应用,使用TDR技术构建的同轴电缆形变监测算法,设计了TDR检测系统硬件电路;运用等效采样算法,实现了高速回波信号的等效采样与重构;通过向同轴电缆施加窄脉冲激励信号,依据回波信号模式分析完成了同轴电缆形变的有效监测;实验室中的大量实验数据表明,将TDR技术应用于同轴电缆形变监测原理正确,文中设计的方案可行。
3.The GPS deformation monitoring system is established to guarantee the steep slope safety of the Xiaowan Hydropower Station.为保证小湾水电站高边坡安全而建立的全球定位系统(GPS)形变监测系统每天产生庞大的 GPS 数据，为了便于对其管理，采用面向对象的编程语言 Delphi 和面向对象的数据库 Access 开发 出具有 Windows 风格的 GPS 形变监测数据库管理信息系统，实现了 GPS 数据的入库及管理等。
延伸阅读
弹性形变分子式：分子量：CAS号：性质：弹性材料在外力作用下发生形变后，当外力释去时，形变完全恢复、此种形变称为弹性形变。一般金属材料弹性形变不超过1%，应力应变之间关系符合虎克定律。对非晶态高聚物材料，弹性形变则包括普弹形变和高弹形变两类。普弹形变很小(约0.1-0.2%)，应力应变之间关系符合虎克定律，高弹形变可高达百分之几百。高弹形变是高聚物一种独特的力学特性质，是由处于高弹态的高聚物分子内链段的聚向和位移产生的，形变时内应力小、模量小，形度值很大，当外力除支后可完全恢复。
