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双奇偶小面元三维观测系统的设计及应用
引用本文:范国增. 双奇偶小面元三维观测系统的设计及应用[J]. 石油地球物理勘探, 2001, 36(2): 227-230
作者姓名:范国增
作者单位:华北石油物探公司
摘    要:双奇偶三维观测系统是国内是一种新的三维勘探方法,双奇偶三维观测系统是在单奇介系统的基础上,通过炮线间炮点的相互错动而形成的,该方法与常规线束状三维观测系统相比,有炮检距和方位更加均匀及施工投入少的优点,并可通过变面元处理为资料解释提供多种剖面,该方法适于在勘探程度较低的地区应用,本文通过实例说明了该方法可用显改善叠加剖面质量。

关 键 词:双奇偶三维观测系统 单奇偶三维观测系统 接收线 炮线 纵向 横向 面元 地震勘探

Design of 3-D double even-odd small bin geometry and its application
Fan Guozeng Geophysical Exploration Corporation,North China Petroleum Administration,Renqiu City,Hebei Province,,China. Design of 3-D double even-odd small bin geometry and its application[J]. Oil Geophysical Prospecting, 2001, 36(2): 227-230
Authors:Fan Guozeng Geophysical Exploration Corporation  North China Petroleum Administration  Renqiu City  Hebei Province    China
Affiliation:Fan Guozeng Geophysical Exploration Corporation,North China Petroleum Administration,Renqiu City,Hebei Province,062552,China
Abstract:Double even-odd geometry is a new 3-D exploration method at home. On the basis of single even-odd geometry, the double even-odd geometry can be formed by alternating the shot position between the shot line. Comparing with conventional 3-D swath geometry, the method has advantages of more even distribution of offset and azimuth, fewer cost of operation and providing multiple sections for data interpretation after through variable-bin processing. The method is suitable for regions in a less degree of exploration. The exploration effects of the method on significantly improving quality of stack section have been showed by real case.
Keywords:D double even-odd geometry   single even-odd geometry   receiver line   shot line   vertical   transverse   bin  
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