巨厚煤层应力集中诱发冲击矿压的作用机理_理论研究_中国煤矿安全网 关键词：深部开采;巨厚煤层;FLAC3D;冲击矿压 [gap=1380]Keywords：deep mining;ultra thick seam;FLAC3D;pressure bump
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rock pressure bump 冲击矿压
pressure bump behavior 冲击地压显现
prevention of pressure bump 冲击压防治
risk degree of pressure bump 冲击矿压危险程度
The practices showed that the on-line monitoring and pre-warning technology of the pressure bump would be favorable to the safety miming of the coal mining face with the high bump danger.
实践证实冲击地压在线监测预警技术有助于强冲击危险工作面的安全开采。
参考来源 - 冲击地压实时监测预警技术及其应用·2,447,543篇论文数据，部分数据来源于NoteExpress
The major factors of pressure bump generation are natural factors and mining factors.
诱发冲击地压的主要因素为自然因素和开采因素。
Pressure bump mostly occurring in developing workings is a hazard posing severe menace to mining operations.
冲击地压是一种严重威胁矿井生产的灾害，大部分发生在采准巷道。
The paper introduced the pressure releasing principle of the mine pressure released roadway and some pressure releasing method for rock pressure bump.
介绍了卸压巷的卸压原理以及冲击危险面常用的一些卸压解危方法。
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