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Geophysical technologies for detecting underground coal mine voids - An interactive forum

机译:探测地下煤矿空洞的地球物理技术-交互式论坛

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摘要

Since 1995, U.S. coal miners have often inadvertently broken into abandoned underground coal mines in the Appalachian coal basin. Unavailable, inaccurate, or incomplete mine maps were typically blamed. However, two recent troubling occurrences have caused the U.S. Congress to authorize the Mine Safety and Health Administration (MSHA), Department of Labor, to refocus efforts to develop and employ remote-sensing technologies to detect and map abandoned and flooded mine works. These two events were (1) the break-through of a tailings impoundment through old mine works in Inez, Kentucky, releasing millions of gallons of mine wastewater and slurry on 11 October 2000, and (2) the breakthrough from a flooded mine works that trapped nine miners for nearly 77 hours at the Quecreek Mine, Pennsylvania, on 24 July 2002. Fortunately, there were no fatalities in these two incidents.
机译:自1995年以来,美国的煤矿工人常常无意中闯入了阿巴拉契亚盆地的废弃地下煤矿。通常会指责无法获得,不准确或不完整的地雷图。但是,最近发生的两次令人不安的事件使美国国会授权劳工部矿山安全与健康管理局(MSHA)重新集中精力开发和采用遥感技术来检测和绘制废弃和淹没的矿山工程。这两个事件是:(1)突破了肯塔基州Inez一家旧矿山的尾矿库,在2000年10月11日释放了数百万加仑的矿山废水和泥浆;(2)洪水淹没的矿山工程的突破2002年7月24日,在宾夕法尼亚州克雷克里克矿山将9名矿工困在了将近77个小时的地方。幸运的是,这两起事件均没有造成死亡。

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