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薄煤层开采岩层移动与地表沉陷预测分析

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阐述借助数字散斑系统构建煤矿开采模型,并以此模拟煤矿开采期间岩层位移情况.应用北斗卫星导航系统对矿区地表沉陷情况进行动态监测,发现随着开采作业的推进,主断面地表下沉量逐渐增大,最大下沉值接近1 600mm.
Analysis of Rock Movement and Surface Subsidence Prediction in Thin Coal Seam Mining
This paper expounds the construction of a coal mining model using a digital speckle system,and uses it to simulate the displacement of rock layers during coal mining.It applies the Beidou satellite navigation system to dynamically monitor the surface subsidence of the mining area,and finds that as the mining operation progresses,the surface subsidence of the main section gradually increases,with the maximum subsidence value approaching 1 600mm.

digital speckle systemsatellite dynamic monitoringrock movementsurface subsidence

杨明美、王沉

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贵州大学矿业学院,贵州 550025

数字散斑系统 卫星动态监测 岩层移动 地表沉陷

2024

集成电路应用
上海贝岭股份有限公司

集成电路应用

影响因子:0.132
ISSN:1674-2583
年,卷(期):2024.41(4)