边坡位移监测,slope displacement monitoring
1)slope displacement monitoring边坡位移监测
1.Some technical problems inslope displacement monitoring;边坡位移监测的若干技术问题
英文短句/例句
1.Application of RTK Technology to Slope Displacement Monitoring in Baiyinhua Open MineRTK技术在白音华露天矿边坡位移监测中的应用
2.Study on Slope Displacement Inspection and Forecast Based on 3-D Laser Image Scanning System;基于三维激光影像扫描系统的边坡位移监测预测研究
3.Support vector machine prediction model based on slope displacement monitoring data基于边坡位移监测数据的进化支持向量机预测模型研究
4.Analysis on monitoring of deep displacement in Mayanpo potential landslide马延坡滑坡体深部位移监测成果分析
5.Theory and Method Reasearch of Safety Assessment of High Rock Slope Based on Displacement Information;基于位移监测信息的岩石高边坡安全评价理论和方法研究
6.The Research of Irradiation Station Side Slop Displacement Deformation Monitoring Based on Wavelet Analysis基于小波分析的光照电站边坡位移变形监测研究
7.Prediction of slope displacement based on wavelet transform and genetic algorithm-least square support vector machine基于小波变换和GALSSVM的边坡位移预测
8.Analysis on Sensitive Factors of Slope Stability and the Slope Displacement Prediction;边坡稳定敏感性因子分析及其位移预测
9.Prediction of slope displacement based on gray model and neural network;基于灰色理论和神经网络的边坡位移预测
10.Neural Network Modeling and Slope Displacement Prediction Based on Time Series基于时间序列的神经网络建模及边坡位移预测
11.Slope displacement forecast using the combination of chaos and neural network混沌神经网络综合法在边坡位移预测中的应用
12.The Formation Mechanism and Displacement Monitoring Analysis of the Landslide of Zhangmu Port in Tibet西藏樟木口岸滑坡机制与位移监测初探
13.SLOPE DEFORMATION CHARACTER ANALYSIS BASED ON MONITORING RESULTS OF MULTIPLE MULTI-POINT BOREHOLE EXTENSOMETER基于多点位移计监测成果的坡体变形特征分析
14.The application of deep seated displacement detection technology in landslide hurry-up深部位移监测技术在滑坡抢险中的应用
15.Application of slope monitoring technology in Baolongyu slope project边坡监测技术在抱龙峪高边坡工程中的应用
16.Research On Early Warning-Prediction Of Landslides Through Macro-Observation Displacement Monitoring And Numerical Analysis基于宏观观察、位移监测、数值分析的滑坡预警预报研究
17.A Study on Intelligentized Methods of Slope Monitoring and Prediction;边坡监测与预测预报智能化方法研究
18.In order to monitor project"s safety status of every section, it is designed to arrange some interrelated instruments at slope, dam, spillway and diversion tunnel.为了监测各工程部位安全状态,设计分别在边坡、坝、洪道、流洞等工程部位布置了相关观测仪器。
相关短句/例句
slope displacement forecast边坡位移预测
1.This paper studies the chaotic time series of theslope displacement forecast.研究边坡位移混沌时间序列的预测,利用混沌系统的相空间重构理论,提出基于小波神经网络的边坡位移预测方法。
3)Slope monitoring边坡监测
1.Hardware platform of slope monitoring system based on wireless sensor network;基于无线传感器网络边坡监测系统的硬件设计
2.Robust time-series analysis method and it s application in slope monitoring;稳健时序分析方法及其在边坡监测中的应用
3.According to the applications of TDR technology to slope monitoring,components and measuring principles of time domain reflectometry(TDR) system are described herein and a calculation model of TDR measuring system is given.针对TDR(时域反射法 )技术在边坡监测中的应用 ,阐述了TDR边坡监测系统的组成及测试原理 ,建立了TDR测试系统的计算模型。
4)slop monitoring边坡监测
5)slope displacement边坡位移
1.Correlativity betweenslope displacement and form of braced structure for deep foundation pit;基坑支护形式与边坡位移的相关性分析
2.Application of composite gray neural network mechod for prediction ofslope displacement;边坡位移预测组合灰色神经网络方法
3.Prediction ofslope displacement based on gray model and neural network;基于灰色理论和神经网络的边坡位移预测
6)steep slope monitoring高边坡监测
1.In consideration of the significance of steep slopes in large-scale project construction and some disadvantages of the conventional GPS monitoring method insteep slope monitoring,a remote monitoring system for steep slopes based on GPS multi-antenna technique and GPRS wireless-communication system was proposed from the angles of cost,level of automatization,and reliability.针对高边坡在大型工程建设中的重要性和常规GPS监测方法在高边坡监测中无法克服的弱点问题,从系统的投入成本、自动化及可靠性角度考虑,提出了基于GPS一机多天线技术、GPRS无线通讯与控制等技术的远程自动化高边坡安全监测系统。
延伸阅读
边坡监测边坡监测slope monitoringb lonPo{，onee边坡监测(、lope monitoring)在边坡开挖过程中，对边坡岩体位移、地下水参数、爆破量级和人工加固结构物承受荷载变化过程的系统量测。边坡监测的主要作用有:(1)确保采矿安全。通过监测系统，掌握边坡的稳定状态，并预测未来的稳定性态;(2)实地检验边坡设计质量，为修改设计提供必要的岩土工程技术资料。边坡监测的最新技术是自动遥测监控系统的应用.它能连续地执行边坡性态的监测、查询和报警。边坡监测系统的建立应从边坡工程地质勘探、破坏模式判定人手，并根据破坏发展的阶段，按三级监测程序进行。!级监测对边坡的全面监测，旨在查明潜在的不稳定区。它限于测量地表位移.探查早期不稳定区段，提供设计所专门需要的岩土仁程技术参数。I级监测的控制范围要大，应采用高精度、高灵敏度仪器.如激光及红外线测距仪等。主要监测内容有:建立二角测网和水准测网，测量初始位移的水平与垂直分量、位移的方向和速度;安装水压计，量测边坡体内水压力变化;试验各种装药量与孔网结构，确定震动量级与装药量的函数关系;确定峰值质点速度与比例距离的关系;确定边坡状态与爆破震动髦级的关系。n级监测对I级监测中需要更详细资料的边坡区段进行监测，重点是确定不稳定区的边界，位移的大小、速度和方向。在此阶段，分析安全状态成为主要任务，测量则需采用连续记录和遥测技术。主要监测内容有:利用大地测量方法测量变形区的范围、位移量、位移速度和方向;测量坡顶和平台上张裂缝的位移变化;安装钻孔伸长计、倾斜仪，测定地下岩体移动;利用原有的和补充安装的水压计，确定边坡体内的地下水状态，确定破坏面上的水压力，评价疏干效果;测量爆破引起的质点速度，峰值质点加速度，监测生产爆破，使之不超过允许的震动速度，分析控制爆破技术的效果;测量人工加固系统的荷载变化。皿级监测对已发生明显位移的滑坡体的监测，为矿山开采提供连续安全作业的条件。这一时期，位移量和位移速度都较大.需要连续遥测记录、计算机处理和险情的短期预报 (祝玉学)
