湖北理工学院学报
湖北理工學院學報
호북리공학원학보
Journal of Huangshi Institute of Technology
2014年
2期
27-31
,共5页
王成%方月梅%何明礼%陈云
王成%方月梅%何明禮%陳雲
왕성%방월매%하명례%진운
矿井%风温%热害
礦井%風溫%熱害
광정%풍온%열해
coal mine%air temperature%heat-stress
深部矿井在开采过程中,均会出现不同程度的风流温度超限问题。如何准确预测出井下风流的温度是成功实施矿井降温的关键。结合磁西矿井实例,运用风温预测软件对井田中央采区各采掘工作面及进、回风巷道风温进行了全面的计算预测,并作出了井下热害分析,为类似工程提供借鉴。
深部礦井在開採過程中,均會齣現不同程度的風流溫度超限問題。如何準確預測齣井下風流的溫度是成功實施礦井降溫的關鍵。結閤磁西礦井實例,運用風溫預測軟件對井田中央採區各採掘工作麵及進、迴風巷道風溫進行瞭全麵的計算預測,併作齣瞭井下熱害分析,為類似工程提供藉鑒。
심부광정재개채과정중,균회출현불동정도적풍류온도초한문제。여하준학예측출정하풍류적온도시성공실시광정강온적관건。결합자서광정실례,운용풍온예측연건대정전중앙채구각채굴공작면급진、회풍항도풍온진행료전면적계산예측,병작출료정하열해분석,위유사공정제공차감。
It is common that the airflow temperature over limitation occurs in mining process of the deep mine . Therefore,how to accurately predict the temperature changes of the airflow in mines is very critical for per-forming a successful underground cooling.Taking Cixi Mine as an example,the underground air temperature prediction software has been used to calculate the temperatures in all important mine sites including the cen-tral section,development heads and all intakes and returns of working faces and underground heat stress has been analyzed,which provides reference for the similar projects .