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为研究强冲击地压发生后断裂构造两侧的位移方向,建立了冲击地压的构造物理模型,从构造应力场的角度分析了断裂构造位移的从属现象,不属于开采技术性问题.通过对乌拉尔矿区和北票矿区的研究,确定开采扰动下,构造型冲击地压发生过程中,沿着断裂方向的位移矢量和开采技术间的相关性,主断层沿延伸方向的位移与构造应力场的存在相一致.通过对沿断层面的位移和构造应力场方向间的关系,以及孕育冲击地压的区域R范围和震源区尺度间的比率关系的分析,表明断裂翼部滑动型冲击地压是区域现代构造运动的结果,采矿工程活动是诱因.
In order to study the displacement direction of both sides of the fault structure after the strong rockburst, a structural physical model of rockburst is established, and the subordinate phenomenon of fracture structure displacement is analyzed from the perspective of tectonic stress field, which is not a technical issue of mining. Mining area and Beipiao mining area to determine the correlation between the displacement vector along the fracture direction and mining technology during the occurrence of structural bursting disturbance and the displacement and tectonic stress field of the main fault along the extension direction By analyzing the relationship between the displacement along the fault plane and the direction of tectonic stress field, as well as the relationship between the R range and the source region scale of the buildup rockburst, it is shown that the sliding-type rockburst of the rupture wing is the region As a result of modern structural movement, mining engineering activities are incentives.