2) mine water bursting
矿井突水
1.
Finally,the system uses the artificial neural network technology which is introduced to arrange collection data,build predictive models,and forecast the probability of the mine water bursting in real time and effectively.
矿井突水管理信息系统依托Microsoft Office Access数据库管理功能,实现信息的计算机管理;同时利用地理信息系统(GIS)强大的图像管理和空间分析功能,实现信息多元化,方便地对图形进行编辑、修改和查询,并进行必要的空间分析;最后利用人工神经网络技术对采集数据进行整理,构建预测模型,实时、有效地对矿井突水情况进行预测预报。
3) mine water inrush
矿井突水
1.
Distinguishing system study on resource of mine water inrush based on GIS;
基于GIS的矿井突水水源判别系统研究
2.
Studies of water source determination method of mine water inrush based on Bayes' multi-group stepwise discriminant analysis theory
矿井突水水源判别的多组逐步Bayes判别方法研究
3.
Identifying of mine water inrush sources by Fisher discriminant analysis method
用Fisher判别法确定矿井突水水源
4) water inrush in coal mine
煤矿突水
1.
The structural stability of the Forcheimer's non-Darcy flow in rock strata was analyzed using variables segregating method, and the mechanism of water inrush in coal mines was investigated based on the structural instability of non-linear dynamic seepage system.
利用分离变量法进行了层状岩体Forcheimer型非Darcy渗流系统的稳定性分析,从非线性动力学系统结构失稳的视角揭示了煤矿突水的机理。
5) mine water bursting
矿坑突水
6) coal mining water inrush
煤矿突水
1.
Forecast model for coal mining water inrush based on neural network;
建立在神经网络基础上的煤矿突水预测模型
2.
In order to reduce the harm of coal mining water inrush and grasp the possibility of coal mining water inrush exactly, the paper introduces the method of forecasting water inrush based on grey system clustering evaluation.
为了减少煤矿突水带来的危害,准确掌握煤矿发生突水的可能性,采用灰色聚类评估方法,建立矿井突水预测模型,进行矿井突水预测。
补充资料：矿山工业场地地表水截流
矿山工业场地地表水截流
shut-off surface water for mine industrial site
kuongshan gongye cho门gd}d一匕一oosh日一{}el}日矿山工业场地地表水截流(、11t，t off、urfae。water for mine indu、trlal szte)将矿山上业场地坡顶上方地表选流引入截水沟的措施一般不允许截水沟的水排人上业场地内的排水系统。只有在设置截水沟有困难，且地表逞流面积不大，或设有坚固的防护措施时，才允许将截水沟雨水直接排人场地排水沟内 截水沟尽可能选在地形较平坦.工程地质条件较好的挖方地段.并使水流最短，与坡顶的距离】般不小于几nl.湿陷性黄土区截水沟至坡顶安全距离不小于飞。m.并要加固防渗。截水沟转弯半径约为沟宽的5一l()倍截水沟断而形式.宜采用梯形沟，断面大小应根据地表逞流量确定 仁汪应笃)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条