1.
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
2.
Correlation of ground surface subsidence characteristics and mining disasters under super-thick overlying strata
巨厚覆岩下开采地表沉陷特征及其与采矿灾害的相关性
3.
The subsidence is one form of coal mine secondary of the geological calamity.
采煤塌陷为煤矿山次生的地质灾害形式之一。
4.
Development of Simulation System for Coal Mining Subsidence Disaster Based on GIS
基于GIS的采煤沉陷灾害仿真模拟系统开发
5.
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
6.
Application of Unequal Interval GM(1,1) Model in Mining Subsidence
非等间隔GM(1,1)模型在矿山开采沉陷中的应用
7.
The Design of the Mining Subsidence Observation Station of 71505 Working Face of Dongshan Coalmine
东山煤矿71505工作面开采沉陷观测站设计
8.
The Application of Modern Surveying and Mapping Technology in Mining Subsidence
现代测绘技术在矿山开采沉陷中的应用
9.
Research on Parameters Fitting of Mining Subsidence Based on Origin
基于Origin矿山开采沉陷数据拟合求参研究
10.
Preliminary Analysis of Blasting Parameter Optimization and Hazard Control in Mining
浅析矿山开采中爆破参数优化与灾害控制
11.
Laws of Ground Subsidence Geology Hazards during Coal Mining in Eastern Ningxia Coalfield;
宁东煤田采煤沉陷地质灾害规律研究
12.
Development of Mining Subsidence Disaster s Prediction and Forecast System Based on ComGIS;
基于组件GIS的矿区沉陷灾害预测预报系统的开发
13.
STUDIES OF GENETIC ALGORITHM FOR BACK ANALYSIS OF MINING INDUCED SUBSIDENCE AND ITS APPLICATION IN THE LEAD AND ZINC MINE OF SHUIKOUSHAN BUREAU OF MINES;
开采沉陷反分析的遗传算法及其在水口山矿务局铅锌矿的应用
14.
The Method and Its Application of Mining Subsidence Forecasting System Developing by Using IDL
利用IDL开发矿山开采沉陷预计系统的方法与应用
15.
Study on Impact and Restoration of Ecological Environment of Mining Subsidence in Chongqing Region;
重庆地区矿山开采沉陷的生态环境影响及恢复研究
16.
Application of Probability Integral Method for Predicing Mine Subsidence
概率积分法在矿山环境开采沉陷预测评估中的应用
17.
Current Situation and Development Countermeasures of Underground Mine Mining Without Waste
地下矿山无废开采和灾害控制技术的现状与发展对策
18.
Study of Prediction and Control of Roof Accidents and Subsidebce Calamity in Fully Mechanized Top-Coal Caving Stope;
综放采场顶板事故及沉陷灾害预测与控制研究