大型采高全机械化开采工作面粉尘运移规律研究

Yutao Chen
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引用次数: 0

摘要

高采高全机械化开采工作面一直是煤矿粉尘污染的高危区域。为进一步了解高采高全机械化采面分区粉尘时空运移规律,以曹家滩煤矿122109高采高全机械化采面为研究对象。采用数值模拟方法,模拟分析了122109全机械化采煤机滚筒单一尘源、液压支架移动架单一尘源、正反风割煤所有尘源叠加的粉尘输送情况。研究成果可指导矿井前期通风布置设计和综采过程粉尘控制,对建设安全绿色矿井具有重要意义。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research on the Dust Transport Law in Large Mining Height Fully Mechanized Mining Face
The fully mechanized mining face with high mining height has always been a high-risk area for coal mine dust pollution. In order to further understand the spatiotemporal transport law of dust in the zoning of the high mining height fully mechanized mining face, the 122109 high mining height fully mechanized mining face of Caojiatan Coal Mine was taken as the research object. Numerical simulation method was used to simulate and analyze the dust transport situation of the 122109 fully mechanized mining machine drum single dust source, the hydraulic support moving frame single dust source, and the superposition of all dust sources in forward and backward wind cutting coal. The research results can guide the ventilation layout design in the early stage of the mine and the dust control in the comprehensive mining process, which is of great significance for the construction of safe and green mines.
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