说明:双击或选中下面任意单词,将显示该词的音标、读音、翻译等;选中中文或多个词,将显示翻译。
您的位置:首页 -> 句库 -> 采空区塌陷预测
1.
A Distance Discriminant Analysis Method for the Prediction of Goaf Collapse
基于距离判别法的采空区塌陷预测研究
2.
Prediction and Analyses of Collapse of Mined-out Area at Daliuta Mining Area;
大柳塔矿区采空区塌陷地质灾害预测分析
3.
Subsidence Features and Risk Prediction in Coalmine Goafs
煤矿采空塌陷特征与危险性预测研究
4.
The plane shapes of ground collapse hazard mostly appear as round, ellipse, rectangle and irregular shape etc.
其中人为塌陷包括抽排水塌陷及采空区塌陷。
5.
Predictions and preventions of Leijiajing subsidence areas
雷家井采空塌陷的沉降量预测及防治措施
6.
THE APPLICATION OF TWO TYPES OF GEOPHYSICAL METHODS TO DETECT UNDERGROUND MINED-OUT SUBSIDENCE AREA
两种物探方法探测地下采空塌陷区的应用
7.
Research on Reliability of Mining Near Subsided Cavity
塌陷采空区近区安全开采可靠性研究
8.
Monitoring Method of Soil and Water Conservation in Large Scale Coal Mining Subsidence District
大型煤炭开采项目采空塌陷区水土流失监测方法初探
9.
The Study on Risk Assessment of Goaf Ground Collapse Disaster in Cheng-he Mining Area
澄合矿区采空区地面塌陷危险性评价
10.
Research and Application of Space-time Monitoring by RS and GIS Technology in Ecological Environment of Mining Subsidence Areas;
RS与GIS技术在采煤塌陷区生态环境时空监测中的研究与应用
11.
Application of Central Loop Transient Electromagnetic Method in Coalmine Gob Subsidence Area Prospecting
中心回线瞬变电磁法在煤矿采空塌陷区的探测应用
12.
Collapse Stope Disposing and Mining Practice of Impaired Mined-out Area Residual Mining
塌陷采场处理及采空区破坏残矿开采实践
13.
The Research of Remote Sensing Dynamic Monitoring System about Coal Mining Subsidence Area;
采煤塌陷区遥感动态监测系统的研究
14.
Kailuan coal mine collapse,as well as the causes of stagnant water in time and space to monitor the role of research
利用塌陷积水对采煤塌陷区进行监测——以开滦煤矿为例
15.
Calculation and statistical analysis of maximal axial stress at mining subsidence area
采空塌陷区管道最大轴向应力计算及统计分析
16.
Research and design of shaft lining structure in mining subsidence area
采空塌陷区立井井壁结构的研究与设计
17.
FUZZY-HIERARCHY PREDICTION OF KARST COLLAPSE IN THE WEST AREA OF GUILIN CITY
桂林市西城区岩溶塌陷模糊层次综合预测
18.
Surface Collapse Hazard Assessment and Prediction in Guangzhou Baiyun Area
广州市白云区地面塌陷危险性预测评价