基于无线电波透视技术的煤层厚度探测方法

Coal Seam Thickness Detection Method Based on Radio Wave Perspective Technology

随着工业化发展,煤炭的消耗量越来越高,地质探矿技术也越来越完善,在煤矿探采的过程中,经常会受煤层冲刷作用影响,造成煤层厚度改变,出现煤矿探采故障,传统的煤层厚度探测方法的敏感性低,无法准确识别煤层的厚度,因此需要基于无线电波透视技术,设计新的煤层厚度探测方法。首先确定了煤层最佳探测频率,其次基于无线电波透视技术进行了煤层厚度探测模拟,最后构建了煤层厚度探测修正模型,实现了煤层厚度探测,进行实例分析,结果表明,设计的煤层厚度探测方法能精准地探测出煤层厚度,具有准确性,有一定的应用价值,可以作为后续煤矿探采技术优化的参考。

With the development of industrialization,the consumption of coal is getting higher and higher,and the geological prospecting technology is getting more and more perfect.The traditional coal seam thickness detection method has low sensitivity and cannot accurately identify the coal seam thickness.Therefore,it is necessary to design a new coal seam thickness detection method based on radio wave perspective technology.Firstly,the optimal detection frequency of coal seam is determined,secondly,the coal seam thickness detection simulation is carried out based on radio wave perspective technology,and finally the coal seam thickness detection correction model is constructed to realize the coal seam thickness detection.It can accurately detect the thickness of the coal seam,has accuracy and certain application value,and can be used as a reference for the optimization of subsequent coal mine exploration and mining technology.