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松辽坳陷东侧的找煤工作，前人做过大量地质、物探工作，是一个研究程度较高的地区。近 年来随着地质工作的不断深入，这一地区的找煤工作有了突破性进展。羊草沟煤产地的发现充分 说明，不仅研究程度低的地区需要进行详细工作，即使是上述研究程度较高的地区，还是需要对 一些地质问题深人研究，重新认识。本文就是通过遥感技术，结合地质、物探资料，对该区的构 造格架重新划分，掌握基底断裂对煤盆地、煤系地层的控制规律以及隐伏煤盆地的影像特征，并 对已知研究程度较高的煤盆地进行综合分析，找出盆地内聚煤中心与影像的相关关系，从而建立 起聚煤的构造模式，达到在研究区内预测未知煤盆地和在盆地内预测新的聚煤中心的目的。
Looking for coal in the east of Songliao depression, many predecessors did a lot of geology and geophysical work, which is a highly studied area. In recent years, along with the continuous deepening of geological work, the coal prospecting work in this area has made breakthrough progress. The discovery of the coal producing area of Yangcaogou fully shows that not only the areas with low degree of research need detailed work, but even the areas with the higher degree of research mentioned above still need further study and re-understanding of some geological problems. In this paper, remote sensing technology, combined with geology and geophysical data, are used to re-divide the tectonic framework of the area and grasp the control laws of basement faults on the coal and coal strata and the image features of the hidden coal basins. High coal basin to conduct a comprehensive analysis to find the correlation between the cohesive coal center and the image in the basin so that the tectonic model of the coal accumulation can be established to predict the unknown coal basin in the study area and predict the new coal accumulation center in the basin purpose.