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七十年代以来,人工地震的野外施工和室内处理技术都有了重大发展,人们不仅可借以认识地下地质体的外貌,而且还可对地质体的内部结构进行探讨。这就为油气勘探提供了有关区域格架、地层序列、断挠剥超乃至储集体的展布、圈闭和含油气性等更为丰富的信息。胜利油田自1978年从合成声波测井剖面开始,相继开展了三瞬剖面、最大熵反褶积、地震模型剖面等一系列的处理方法研究。采用区域地震地层学为主的综合解释方法,对济阳坳陷梁家楼河道砂、六户一牛庄的三角洲前缘砂坝和浊积岩体、沿岸砂体、冲积一洪积岩体等砂岩储集层的分布预测,提出过有效的见解,满足了勘探的
Since the seventies, the artificial earthquakes in the field construction and indoor processing technology have made significant development, people can not only recognize the appearance of underground geological body, but also to explore the internal structure of geological body. This provides more abundant information for the exploration of oil and gas on the regional grids, stratigraphic sequences, shear-deflagration and even the distribution, trapping and petroleum-bearing properties of the reservoirs. Since 1978, the Shengli Oilfield has conducted a series of research on the processing methods of the three-moment cross section, the maximum entropy deconvolution, and the seismic model section, starting from the synthetic sonic log. Based on the comprehensive interpretation method based on regional seismic stratigraphy, the sandstones of Liangjialou channel sandstone, Liuhu a Niuzhuang delta front sandstone and turbidite body, coastal sand body, alluvial-alluvial rock body and other sandstone Prediction of the distribution of reservoirs, put forward effective views to meet the exploration