利用二维观测系统剖析三维处理中Subline和Crossline参数

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英文篇名：Analyzing subline and crossline parameters in three-dimensional seismic method making use of two-dimensional observational system 中文刊名：吉林地质 英文刊名：Jilin Geology 作者：时志安 ; 张海鹰 ; 孙成现 ; 李慧杰 英文作者：SHI Zhi-an ; ZHANG Hai-ying ; SUN Cheng-xian ; LI Hui-jie (The Company of Geological and Geophysical Exploration of Coal Field of Jilin Province ; Changchun 130031 ; China) 中文关键词：三维资料处理 ; Subline ; Crossline ; 二维观测系统 ; 模板 英文关键词：three-dimensional data processing ; Subline ; Crossline ; two-dimensional observational system ; template 出版日期：2005-06-30 机构：吉林省煤田地质物探公司,吉林省煤田地质物探公司,吉林省煤田地质物探公司,吉林省煤田地质物探公司 吉林长春130031 ,吉林长春130031 ,吉林长春130031 ,吉林长春130031 年：2005 期：02 出版单位：吉林地质

摘要

随着三维地震勘探的飞速发展,三维地震设计、施工、资料处理中各参数设置的重要性日益突出。了解Sub line和C rossline各项参数的由来是三维地震资料处理与解释的基础。利用二维观测方法能更好地理解上述参数的设计原理。本篇文章以10线10炮1 700道接收线束模板为例加以剖析。
Along with the fast development of three-dimensional seismic exploration, its importance gradually appeared in designing, construction and data processing. Understanding the origin of the parameters of subline and crossline is a foundation for handling and interpreting three-dimensional seismic data. Making use of two-dimensional observational method, we can easily understand the design principle of the parameters mentioned above. It was analyzed taking 10 lines, 10shots and 1 700 traces receiving line template as an example in this paper.

引文

[1]A ndreas cordson,John w.pe irce著(俞寿朋,等译).陆上三维地震勘探的设计与施工[M].石油地球物理勘探局,1996.
    [2]周绪文.反射波地震勘探方法[M].石油工业出版社,1989.