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丁集矿区地温特征及其影响因素分析

Analysis of Ground Temperature Characteristic and Its Influence Factors in Dingji Mining Area

  • 摘要: 基于对丁集矿区的地温、地温梯度、大地热流值的分析研究,分析了矿区地温及地温分布的特点,并据此揭示了影响研究区地温及其分布的地质因素。研究表明,丁集矿区属于高温热害矿井;纵向上地温随深度的增加而增加;横向上受构造控制作用明显,受厚松散层影响,矿区整体地温较高;矿区东部潘集背斜区域地温及地温梯度相对较高,高于相邻凹陷处;延伸至潘集背斜轴部的岩浆岩侵入体导致背斜轴部出现最高温;矿区东部密集的断裂分布导致矿区东部地温整体偏高。总体上,研究区地温受构造控制作用明显。

     

    Abstract: Ground temperature distribution characteristic of Dingji mining area was analyzed from ground temperature and its gradient, terrestrial heat flow value. the geological factors influencing ground temperature and its distribution was uncovered. Results showed that Dingji Mine was a mine with high ground temperature and heat disaster. Ground temperature increased with deep in vertical direction and was influenced by tectonic distinctly in horizontal direction. Influenced by thick loose seam,ground temperature of the mining area was higher. Ground temperature and its gradient of Panji anticline area,east of mining area was higher than adjacent sunk part. Maximum temperature occurred at axle of the anticline influenced by Magmatic intrusion. Intensive faults at east of mining area resulted in whole ground temperature of this area was higher. As a whole,it was distinct that the ground temperature of this area was controlled by tectonic.

     

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