矿井突水是该矿区的主要灾害之一。
Mine water invasion is one of the main disasters in the the mining area.
突水预报是一项重要的矿井水文地质工作。
Water inrush prediction is an important mine hydrogeological work.
评价了肥城煤田深部开采底板突水的可能性。
The water - inrush possibility during mining depth coal layer is assessed.
煤矿安全的突出问题之一是突水事故、瓦斯突出。
Among the safety problems of coal mines the goaf water and gas outburst are main problems.
在此基础上，对煤层底板突水的临界特性进行了分析。
On the basis, the critical character of water-burst from coal floor is analysed.
工程实践证明了该矿突水防治方案的可行性和有效性。
The practice shows that the mine's control plan of the water irruption is feasible and effective.
研究结果可为揭示承压水底板突水的力学机制提供参考。
The research results can provide references to the mechanical mechanism of water-inrush from floor.
因此，研究断层在底板突水过程中的作用影响，意义重大。
Therefore, it is great meaning to research the influences of fault to water inrush in floor.
正确识别矿井水质类型对于判断突水水源具有重要的意义。
It has an important significance to correctly identify mine water quality types in order to judge water inrush sources.
岩溶区暴雨过程中矿井突水造成了生命与财产的重大损失。
The flooding in the mine during sever storm events caused significant loss of life and economy in these regions.
介绍了一种实时在线矿井突水监测科氏力质量流量计的设计。
This paper introduces the design of a Coriolis mass flowmeter for the on-line monitoring of water inrush in mine.
利用裂隙的亚临界扩展理论对底板滞后突水现象进行了分析。
The phenomenon of the lagging water bursting is explained applying crevice inferior critical spreading .
通过对实际资料分析，研究了影响煤层底板突水的主要因素。
Through the analysis of practical data, the main factors influenced on the water gushing of seam floor are studied.
该系统不但实现了突水水源的点查询，还实现了突水空间分区。
The system has realized not only inquiring for water resource of inrush, but also spatial classification.
祁东煤矿风井在建井过程中，发生钻井井壁突水事故，井筒被淹。
The mine flooding happed during construction of the air shaft in Qidong Coal mine.
煤层小断层对矿井煤与瓦斯突出及矿井突水防治具有重要的实际意义。
Little faults in coal seam are important for coal and gas outburst prevention and control, and water outburst prevention and control.
新汶矿业集团良庄煤矿51101W工作面因底板突水导致工作面被淹。
The water-inrush from floor inundates Working face 51101W in Liangzhuang coal mine, Xinwen Mining Group.
隧道在施工中不可避免地会遇到诸如溶洞、突水、坍塌等常见的地质灾害。
The geological disaster, such as cave of karst, rushing water and collapse often occur in tunnel excavation.
底板突水是一个十分复杂的地质力学作用过程，影响突水的因素是多方面的。
Floor water irruption is a complicated process of geology and mechanics. There are various factors which influence the process.
调查岩溶发育特征，分析突水机理，对隧道的设计和施工具有重要的指导作用。
It is of great use to tunnel design and construction by investigation of karst development and analysis of water burst mechanism.
根据这一模型，应用尖点突变原理分析了承压水底板关键层失稳突水的力学机制。
According to the model, applying the cusp catastrophic theory the mechanics mechanism of water inrush is analyzed from key stratum of floor.
爆破会对海底隧道覆盖岩体造成损伤和破坏，严重情况会引起隧道塌方和突水等事故。
Blasting induces damage and fragmentation of covering rock mass in subsea tunnel that serious situation might cause tunnel collapse and water burst.
最后与固体相似模拟实验结果对比分析，说明应用突变理论分析顶板突水机理是可行的。
Finally, in the comparison analysis with the simulation test results of the solid material, the paper explained that the catastrophe theory to analyze the roof water inrush would be feasible.
根据突水通道分类，有破碎带水害、滑动构造水害、采动裂隙带水害、人为通道水害等。
There are fractured zone water disaster, glide fracture water disaster, mining cranny water disaster, man-made channels water disaster based on flood water channel classification.
隧道位于岩溶地区，岩溶角砾岩、白云质灰岩在雨季施工时易产生坍塌、突水和突泥现象。
The tunnel site is located in Karstic area with limestones gravels, where is easy to cave in when construction in raining season.
如何依据矿井突水的标型组分含量来识别其水源所在的水文地质类别是一个很有意义的课题。
How to identify gushing water sources of mines depending on the content of standard components of ions in the water is a important subject.
介绍了河南省某突水煤矿的注浆堵水治理工程的治理方法、工艺及质量控制措施、治理效果。
The treatment methods, technology, quality control measures and treatment results for the blocking water with grouting treatment project in a bursting water coal mine of Henan province are introduced.
实例表明，灰色聚类评估方法在煤矿突水预测中可以取得满意的预测精度，预测结果更加可靠。
The example shows that grey system clustering evaluation can obtain the satisfactory forecast precision and the reliable forecast results.
实例表明，灰色聚类评估方法在煤矿突水预测中可以取得满意的预测精度，预测结果更加可靠。
The example shows that grey system clustering evaluation can obtain the satisfactory forecast precision and the reliable forecast results.
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