1) water inrush through fault
断层突水
1.
Numerical simulation of the analysis of possibility of water inrush through fault;
断层突水风险的数值模拟
2.
Solid-liquid coupling study on water inrush through faults in coal mining above confined aquifer;
承压水上采煤断层突水的固流耦合研究
2) thrust breakthrough
断层突破
1.
Combining with the regional tectonic evolution and the nappe distance,the geometry and the kinematics models of the trough-like folds structural style are established in Southeast Guizhou,which are mainly controlled by the minor scale of flat to ramp,various ways of thrust breakthrough and multi-decollement.
结果表明,隔槽式褶皱的发育不仅与滑脱深度和剥蚀差异有关,而且与逆冲断层的推覆距离、逆冲断层的产状、断坪断坡长度比、断层突破方式和多层次滑脱等方面存在着密切联系。
3) water inrush from red bed
红层突水
4) pouring water aquifers
突水含水层
1.
Took 38 water samples from four of the main pouring water aquifers in the mining area in northern Anhui such as Linhuan Mine, Haizi Mine and so on, analyzed the content of the radioactive isotope tritium, and drew the content of tritium isoline figures about the fourth aquifer, the Taiyuan limestone aquifer and the Ordovician limestone aquifer.
在皖北矿区的临涣、海孜等矿对4个主要突水含水层采取了38个水样,做了放射性同位素氚含量分析,绘制了四含水、太灰水和奥灰水氚含量等值线图。
5) fault conducted water
断层导水
1.
But during the shallow coal seam mining,the Quaternary pore water has local direct hydraulic connection,and the focal point of to keep away is gob water and fault conducted water,because of calamities bring about may be .
通过对五轮山井田水文地质条件、地表水及地下水动态特征及井巷开拓过程中反映的水文地质资料的研究与分析,认为正常情况下,五轮山井田各含水层对煤层开采不构成直接威胁,浅部煤层开采时局部与第四系孔隙水会有直接的水力联系,矿井田初期开采防范的重点是老窑积水和断层导水,其造成的灾害可能是毁灭性的。
6) water resistant fault
阻水断层
补充资料：突头突脑
1.犹没头没脑。突然地;出人意料地。
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