易欣, 宋先明, 孙庆峰, 冯小平. 济宁三号煤矿井下热环境影响因素分析[J]. 煤矿安全, 2013, 44(7): 169-171.
    引用本文: 易欣, 宋先明, 孙庆峰, 冯小平. 济宁三号煤矿井下热环境影响因素分析[J]. 煤矿安全, 2013, 44(7): 169-171.
    YI Xin, SONG Xian-ming, SUN Qing-feng, FENG Xiao-ping. Impact Factor Analysis of Underground Thermal Environment in Jining No.3 Coal Mine[J]. Safety in Coal Mines, 2013, 44(7): 169-171.
    Citation: YI Xin, SONG Xian-ming, SUN Qing-feng, FENG Xiao-ping. Impact Factor Analysis of Underground Thermal Environment in Jining No.3 Coal Mine[J]. Safety in Coal Mines, 2013, 44(7): 169-171.

    济宁三号煤矿井下热环境影响因素分析

    Impact Factor Analysis of Underground Thermal Environment in Jining No.3 Coal Mine

    • 摘要: 随着矿井开采深度的增加,因地温升高而产生的矿井热害问题已日益凸显。济宁三号煤矿西翼采区的开采深度达到700 m以上,矿井热害主要出现在夏季,而冬季热害不明显,热害问题呈现季节性特征,说明地面气候对井下气候的影响显著。对矿井的热环境进行了动态自动监测,重点分析了地面气候对井下气候的影响规律和矿井热环境影响因素。

       

      Abstract: With the increase of mining depth, the coal mine heat damage problems due to rising ground temperatures had become increasingly prominent. The exploitation depth of west wing mining area reached 700 m in Jining No.3 Coal Mine, mine heat damage occurred mainly in summer and heat damage was not obvious in winter, the seasonal feature of heat damage showed that the ground climate impacted underground climate significantly. It monitored the coal mine thermal environment automatically and dynamically, focused on analyzing the impact law and factors of ground climate for underground climate and mine thermal environment.

       

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