开采沉陷模型,the model of mining subsidence
1)the model of mining subsidence开采沉陷模型
2)Mining subsidence开采沉陷
1.Theorectical study of strip-filling to control mining subsidence;条带充填控制开采沉陷的理论研究
2.Study on a new probability integral 3D model for forecasting solution mining subsidence of rock salt;岩盐水溶开采沉陷新概率积分三维预测模型研究
3.Application of total station in the three-dimension similitude simulation test on mining subsidence;全站仪在开采沉陷三维相似模拟实验中的应用
英文短句/例句
1.Terms relating to coal mining--Mining subsidenceGB/T15663.7-1995煤矿科技术语开采沉陷
2.Simulization and Visuanlization of Mining Subsidence Based on GIS;基于GIS的开采沉陷计算与数据可视化
3.Experimental Research on Monitoring Mining Subsidence by D-InSAR TechniqueD-InSAR监测开采沉陷的实验研究
4.Research on Logistic Model in Forecasting Subsidence Single-Point During MiningLogistic模型在开采沉陷单点预测中的研究
5.Forecast and Analysis of Mining Subsidence Area Based on MATLAB基于MATLAB的开采沉陷区预测分析
6.On mining subsidence anticipate analysis on the base of probability-integral method基于概率积分法的开采沉陷预计分析
7.Early warning system of mining subsidence damage based on ARCGIS基于ARCGIS的矿山开采沉陷灾害预警系统
8.On the Cave-in System in Coal Mining on the Basis of GIS基于GIS对煤矿开采沉陷系统的研究
9.Study on the Rheological Model of Overburden Strata in the Mining Field and Mining Subsidence Prediction;采场覆岩移动流变模型及开采沉陷预计研究
10.Study on the Mechanism and the Prediction Model of the Subsidence Caused by Rock Salt Solution Mining;岩盐水溶开采沉陷机理及预测模型研究
11.Environment Assessment of Mining Caving of Xing Long Gypsum Mine in HeBei;河北邢隆石膏矿开采沉陷环境影响评价研究
12.Study on System of Environment Influence and Prediction Assessment about Mining Subsidence Area;开采沉陷区环境影响及其预计评价系统
13.Forecast of Mining Subsidence"s Influence on Land Use by Using GIS;矿井开采沉陷影响土地利用系统的GIS分析方法
14.Simulation and Calculation and Data Organization of Mining Subsidence Based on GIS;基于GIS的开采沉陷模拟计算与数据组织
15.Research on GIS-based Spatial Modeling for Mining Subsidence and Model Coupling;开采沉陷计算的GIS空间建模及模型耦合研究
16.Technical Analysis of the Remote Sensing Monitoring for Coal-mining Subsidence Based on D-InSAR;基于D-InSAR的煤矿区开采沉陷遥感监测技术分析
17.3-D Visual Technology Research Based on GIS for Mining Area Exploited Subsidence基于GIS的矿区开采沉陷三维可视化技术研究
18.Discussion on Predicting of Deformation Structures of Mining Subsidence Area Based on ArcGIS基于ArcGIS的矿山开采沉陷区变形规律预计的探讨
相关短句/例句
Mining subsidence开采沉陷
1.Theorectical study of strip-filling to control mining subsidence;条带充填控制开采沉陷的理论研究
2.Study on a new probability integral 3D model for forecasting solution mining subsidence of rock salt;岩盐水溶开采沉陷新概率积分三维预测模型研究
3.Application of total station in the three-dimension similitude simulation test on mining subsidence;全站仪在开采沉陷三维相似模拟实验中的应用
3)subsidence[英][s?b"sa?dns][美][s?b"sa?dn?s]开采沉陷
1.A new GPS single epoch phase processing algorithm and its application in miningsubsidence surveying;一种适合开采沉陷观测的GPS单历元相位求解算法
2.This paper introduces the basic methods of environment impact assessment on miningsubsidence,practically summarizes the impact assessment for individual environmental factor,proposes corresponding countermeasure for treatment and finally makes a conclusion.本文系统介绍了开采沉陷对环境影响评价的基本方法,结合工作实践,针对不同环境因子的分项评价进行总结,并给出相应的治理对策,最后得出结论。
3.Exact forecast of miningsubsidence is significant for coal mining under buildings, water-bodies and railways.准确预测开采沉陷对指导“三下”(建筑物下、水体下、铁路下)开采实践具有重要意义。
4)mining settlement开采沉陷
1.Three-dimensional damage finite element analysis ofmining settlement;开采沉陷三维损伤有限元分析
2.Themining settlement is one of the main geological disaster which caused by mining coal bed in the undergound,and the land was destructed seriously.开采沉陷是由于煤矿地下煤层的开采导致的一种主要的地质灾害类型,对土地的破坏非常严重。
3.Solving the regularity problem of themining settlement dynamic estimation must make organic combination of the geological actual empirical data with the mining field overlaying rock"s moving deformation mechanical mechanisms.解决开采沉陷动态预计的规律性问题,必须把地质实测经验资料和采场覆岩移动变形力学机制有机地结合起来。
5)map of mining subsidence开采沉陷图
6)mining induced surface subsidence开采地面沉陷
1.Current approaches for predictingmining induced surface subsidence have a drawback in common that they predict the subsidence only on the basis of a physical or mechanical approach irrespective of the practical examples in engineering practice inmining induced surface subsidence.现行各种开采地面沉陷预测方法均存在着一个共同的缺陷,均不能在集成以往开采地面沉陷工程实例的基础上对某一地下采矿工程所引起的地面沉陷进行预测,而只能根据某种物理的或力学的方法对其进行预测。
2.An artificial neural network approach is proposed to predictmining induced surface subsidence in this paper.应用神经网络理论 ,建立了开采地面沉陷预测的BP神经网络模型 ,采用开采地面沉陷实测数据对网络进行了训练 ,以此训练好的BP神经网络模型来描述开采地面沉陷与其影响因素之间的非线性映射关系 ,并采用测试样本对模型进行了测试 ,结果表明 ,网络的预测性能是令人满意的 。
3.Forecast method of unascertained clustering to predictmining induced surface subsidence is optimized.对未确知聚类预测法进行优化,并将其应用于开采地面沉陷的预测研究。
延伸阅读
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