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神经网络判识沉积微相的应用——以桩241块为例 被引量:2

APPLICATION OF THE NEURAL NET-DISCRIMATED MICRO-SEDIMENTARY FACIES——A CASE OF BLOCK Z241
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摘要 沉积相研究是油气勘探开发中一项十分重要的任务。在桩241块初次利用神经网络模式识别法进行测井微相识别,将识别后的结果与岩心微相划分结果相对比,测井相的识别完全满足研究的需要,为密井网条件下沉积微相划分提供了一种新的思路和方法。采用神经网络判识沉积微相技术,可以提高沉积微相的分析和解释精度。 Study on sedimentary facies is a main subject of the oil-gas exploration.Neural net discrimination of micro-sedimentary facies is first applied to block Z241.The neural net-discriminated results can be correlated with the well-logged micro-sedimentary facies and meet completely the need of the study thus provides a new thought and a technique for micro-sedimentary facies division under close exploration well net condition.The technique is playing an important role in improving efficiency and accuracy of analysis and interpretation of the micro-sedimentary facies.
出处 《地质找矿论丛》 CAS CSCD 2009年第4期317-321,共5页 Contributions to Geology and Mineral Resources Research
关键词 神经网络 沉积微相 neural net micro-sedimentary facies
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