张群, 高明中, 王新丰, 李占魁, 李宏亮. 潘三煤矿地温分布规律分析[J]. 煤矿安全, 2014, 45(6): 170-172,176.
    引用本文: 张群, 高明中, 王新丰, 李占魁, 李宏亮. 潘三煤矿地温分布规律分析[J]. 煤矿安全, 2014, 45(6): 170-172,176.
    ZHANG Qun, GAO Mingzhong, WANG Xinfeng, LI Zhankui, LI Hongliang. The Geotherm Regularities Analysis in Pansan Coal Mine[J]. Safety in Coal Mines, 2014, 45(6): 170-172,176.
    Citation: ZHANG Qun, GAO Mingzhong, WANG Xinfeng, LI Zhankui, LI Hongliang. The Geotherm Regularities Analysis in Pansan Coal Mine[J]. Safety in Coal Mines, 2014, 45(6): 170-172,176.

    潘三煤矿地温分布规律分析

    The Geotherm Regularities Analysis in Pansan Coal Mine

    • 摘要: 随着潘三煤矿开采深度的加深,高温工作面的出现给煤矿安全生产和井下工人身心健康带来挑战。根据潘三井田所获得的地温钻孔资料,分析地温状况发现潘三井田有明显的地温异常特征。结合数理统计法对主要可采煤层的地温及其埋藏深度进行线性回归分析,发现地温分布具有一定规律性。根据所得规律,结合矿井实际情况对地温异常的地质原因进行分析,最后所得出的结论可为潘三井田的生产建设提供一定的参考依据。

       

      Abstract: With the Pansan Coal Mine depth deepening, high-temperature working place pose a challenge to production safety and health of workers. According to Pansan Coalfield acquired geothermal datas, analysis of geothermal conditions found Pansan Coalfield have significant geothermal anomaly. Combining mathematical statistics and burial depth geothermal linear regression analysis showed geotherm had a certain regularity. Based on the regularity,the geological reasons of geothermal anomaly could be analysed. Finally ,the conclusions can provide a frame of reference for Pansan Coalfield's production.

       

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