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Abstract Currently，the different methods for classification of mining-induced seismicity have no relation with each other. In order to be convenient for prediction，prevention and control of the mining-induced seismicity，based on the latest research results on the mechanism of the disasters，the classification of mining-induced seismicity is presented in this paper，following the principles of benefiting disaster prevention and control and non-conflicting to practices adopted both at home and abroad. The concept，principle and advantages of the hiberarchy classification of the mining-induced seismicity are given. 5 classes and 16 types of mining-induced seismic events are classified based on the influence of in-situ tectonic stress field，physical and mechanical properties of rocks，rock mass structures，correlation between seismicity and mining activity，source of mining-induced stress change，and the locations of seismic sources and rock mass failure. The importance of regional tectonic stress field and stress change due to mining is emphasized in the mining-induced seismicity classification，research，and control.
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Received: 25 November 2005
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LI Botao1, 2, 3, TAN Yuxuan1, LIN Haifei4, 5*, WEI Jianping1, 2, 3, ZHANG Hongtu1, 2, 3, LI Shugang4, 5, WEI Zongyong4, 5, WANG Pei4, LUO Rongwei4, LIU Yanwei1, 2, 3. Mechanical properties and mesoscopic damage evolution of coal under liquid-nitrogen freezing at different initial temperatures[J]. , 2026, 45(6): 1757-1772. |
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