Being in the mining fissure zone,the high-level entry is destined to deform,which restricts high production and high efficiency of gassy mines.
由于下方工作面的采动影响,处于采动裂隙带内的高抽巷必然要发生变形破坏,高抽巷的变形破坏情况直接影响到邻近层瓦斯抽采,制约了高瓦斯矿井的安全高效生产。
参考来源 - 顶板瓦斯高抽巷采动变形机理及优化布置研究·2,447,543篇论文数据，部分数据来源于NoteExpress
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.
研究采动裂隙椭抛带的基本性质及其采空区瓦斯运移的规律，可以采取有效措施进行瓦斯治理。
Identifying the basic properties of mining fissure elliptic paraboloid zone and gas delivery law governing goaf represents an effective measure to control gas.
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