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Method to locate igneous rock intrusion of coal bed using P-wave data

机译:利用p波资料定位煤层火成岩侵入体的方法

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摘要

Combined with impendence inversion method, seismic facies analysis and spectral decomposition technique, we can locate the intrusion area of igneous rock using P-wave data and well logging data. When magmatic rock directly intruded into coal bed, it is not very hard to locate the intrusion area by impendence inversion because of the existing of big impendence difference between coal bed and magmatic rock. Regarding coked coal region. How to map it has not been solved properly because of the small impendence difference between coal bed and cokeite. In this paper, we put forward an effective method to map the intrusion region by comprehensive contrasting of spectral decomposition technique, seismic facies analysis and impendence inversion technique. Then, this method was used to predict the intrusion area of igneous rock on Xuzhuang coal mine, and the predicted outcomes accord very well with validating drills.
机译:结合阻抗反演方法,地震相分析和频谱分解技术,可以利用纵波资料和测井资料定位火成岩的侵入区。当岩浆岩直接侵入煤层中时,由于煤层与岩浆岩之间存在较大的阻抗差,很难通过岩性反转来确定侵入区。关于焦煤地区。由于煤层和焦碳石之间的阻抗相差很小,如何绘制它尚未得到适当解决。本文通过对光谱分解技术,地震相分析和阻抗反演技术进行综合对比,提出了一种有效的侵入区图。然后,利用该方法对徐庄煤矿火成岩的侵入面积进行了预测,预测结果与验证钻具非常吻合。

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