1.
Study on the Ground Subsidence Mechanism and Its Influence Factors in Full-pillar Extraction by Backfilled Wide Working Face Layout in Strip Mining;
宽条带充填全柱开采条件下的地表沉陷机理及其影响因素研究
2.
Mechanism of Surface Subsidence of the Bei Bate Coal Mined-out Area Along Qing-lan Highway and Its Numerical Simulation
青兰高速公路沿线北八特采空区地表沉陷机理及其数值模拟
3.
Mechanism and Forecast of the Ground Subsidence in Daxin Lead-Zinc Mine in Guangxi
广西大新铅锌矿地面沉陷机理及预测
4.
Mining Subsidence Parameter Forecast and Data Visual Management of Caiyuan Colliery;
蔡园煤矿地表沉陷参数预计与数据可视化管理
5.
Effects of Subsidence on Geosynthetic Liner System of Landfill and Anti-subsidence Design Methods;
垃圾填埋场衬垫系统沉陷机理及抗沉陷设计
6.
Study on the Theory and Parameters of Surface Subsidence Prediction of the Overlying Strata and Bed-Separation Under Grouting;
覆岩离层注浆条件下地表沉陷预计理论与参数研究
7.
Comprehensive Evaluation of Mine Area Surface Subsidence by Application of Fuzzy Synthetic Evaluation
矿区地表沉陷环境影响模糊综合评价
8.
The improved Knothe time function for subface subsidenec
改进的Konthe地表沉陷时间函数模型
9.
Comprehensive Evaluation of Surface Subsidence of Yangliu Coal-mining Site and Research on Ecological Restoration of Subsidence Area
淮北矿区杨柳矿地表沉陷综合评价及沉陷区生态恢复研究
10.
Numerical Simulation of Ground Subsidence Induced by Underground Excavation on Shirengou Mine;
石人沟铁矿地下开采引起地表沉陷数值模拟
11.
Study of Numerical Simulation and Application on Thick-Alluvium Surface Subsidence;
厚冲积层地表沉陷数值模拟及应用研究
12.
Study on the Surface Subsidence Law and of Xinwen Mining Based on GIS;
基于GIS的新汶矿区地表沉陷规律系统研究
13.
Study on Visualization Technology of Surficial Subsidence Information Based on MAPGIS;
基于MAPGIS的地表沉陷信息可视化技术研究
14.
Research on Continuous Bridge Damage Regulation Caused by Mining Subsidence;
采动地表沉陷对连续体系梁桥损坏规律研究
15.
Study on Surface Subsidence with Paste Filling under Village;
村庄下膏体充填采煤控制地表沉陷的研究
16.
Research on Ground Displacement and Deformation from Fully-mechanized Top-coal Caving Mining
综采放顶煤开采条件下的地表沉陷规律研究
17.
Observation of Surface Subsidence Induced by Full-mechanized Caving Mining in Xinglongzhuang Colliery
兴隆庄矿综放工作面地表沉陷规律实测研究
18.
Application of True Three-dimension Display to Subsidence Forecast in Mining Area
矿山地表沉陷预计及其三维可视化研究