MINING AND GEOLOGICAL FEATURES OF FORECASTING DYNAMIC PHENOMENA IN COAL MINES

N. Vergelska, L.І. Pуmonenko, I. Skopychenko
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Abstract

The issues of forecasting and preventing dynamic phenomena in coal mines, despite decades of research, remain insufficiently studied. The nature of dynamic phenomena is far from being known, and as the depth of mining of coal seams increases, the phenomena become more and more formidable and, as a rule, unpredictable.Most of the dynamic phenomena are related to the stress state of the massif and the peculiarity of its gas saturation, which is partly explained by the state of sedimentary rocks. In sedimentary rocks or crystalline fractured, the number of parameters characterizing the stress state of rocks at depth increases.Studying the dynamic processes of different intensity in the coal rock massifs of the Donets Basin, it was found that the main factors that provoke them should include anomalously high formation pressures, stress state and gas content of the massif.
采矿地质特征预测煤矿动态现象
预测和预防煤矿动态现象的问题,尽管经过几十年的研究,仍然没有得到充分的研究。动态现象的性质还远远不为人所知,随着煤层开采深度的增加,这种现象变得越来越可怕,而且通常是不可预测的。大部分的动力现象与岩体的应力状态和含气饱和度的特殊性有关,沉积岩的状态部分地解释了这一点。在沉积岩或结晶裂缝中,表征岩石深度应力状态的参数数量增加。通过对顿涅茨盆地煤岩体中不同强度的动力过程的研究,认为引起这些动力过程的主要因素包括异常高的地层压力、应力状态和岩体含气量。
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