1) coal mine flooding
煤矿水灾害
1.
The coal mine flooding interaction center and the rescuing coal mine flooding information system based on CRM are established.
对我国现有的煤矿水灾害救治流程进行了分析,并应用CRM的思想对流程进行了改善,提出了建立灾情互动中心和基于CRM煤矿水灾害救治信息系统,并以煤矿水灾害的防治为主,降低煤矿水灾害发生的概率,同时也提高灾情的反应能力和救治效率。
2.
By analyzing the existing rescuing coal mine process in China,a proposal of establishing a coal mine flooding interaction center is put forward and the process is improved.
通过对我国现有的煤矿水灾害救治流程进行分析,提出了建立灾情互动中心,并对流程进行改善,实现了煤矿水灾害防治一体化,降低水灾害发生的概率,提高灾情的反应能力和救治效率。
3.
Groundwater radioisotope dating is an important way to study occurrence conditions,transport laws and the renewable capacity of groundwater resources of aquifer systems in coal mining areas,which is crucial to prevent and treat coal mine flooding and to study the sustainable use of groundwater resources.
放射性同位素测定地下水年龄是研究煤矿区含水层系统中地下水的赋存条件、运移规律和含水层系统中地下水资源可更新能力的重要手段,对煤矿水灾害防治和地下水资源的可持续利用至关重要,近年来它已成为国际水文地质研究的热点问题。
2) Guarding Against Coal-Mine Flooding
煤矿水灾害防治
3) Rescuing Coal-Mine Flooding
煤矿水灾害救治
1.
The Study on the Rescuing Coal-Mine Flooding System Based on Extended CRM;
基于广义CRM煤矿水灾害救治系统研究
4) mine disaster
煤矿灾害
1.
Present status and development of mine disaster prevention and control technology;
煤矿灾害防治技术现状与发展
2.
In order to reduce occurrence of coal mine accidents and to start the timely and effective emergency rescue operations,a visual coal mine disaster emergency rescue management information system was established by adopting management information system principle and Geographic Information System(GIS)software with GIS and VB 6.
为了减少煤矿事故的发生和及时有效的展开应急救援,利用对煤矿开采情况的全面了解,通过对地理信息系统(GIS)和煤矿灾害应急救援技术的研究,以GIS与VB 6。
5) mine water disaster
煤矿水害
1.
This paper introduces the concepts and features of acid mine drainage,expound some new methods for preventing the mine water disasters,and probes into the comprehensive utilization of water resources.
介绍了矿区水的概念及特点,阐述了煤矿水害防治新方法,对水资源的综合利用进行了探讨。
6) coal mine flood
煤矿水害
1.
Presently coal mine flood has become one of the big disasters of the deep exploitation.
目前煤矿水害已成为深部开采的一大灾害,其中很多突水在矿井淹没后找不到水源,给综合治理水害带来了很大的不便。
补充资料：地下水水资源评价(见水资源评价)
地下水水资源评价(见水资源评价)
d ixiashui shuiziyuan Ping】ia地下水水资源评价见水资源评价。
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