ISSN 1673-8217 CN 41-1388/TE
主管:中国石油化工集团有限公司 主办:中国石油化工股份有限公司河南油田分公司
王林林. 2015: 三维复杂地表区井震联合地震采集技术在库车东探区的应用. 石油地质与工程, 29(06): 67-71+143.
引用本文: 王林林. 2015: 三维复杂地表区井震联合地震采集技术在库车东探区的应用. 石油地质与工程, 29(06): 67-71+143.
Wang Linlin. 2015: Application of well-seismic joint seismic acquisition technology in 3D complex surface of Kuqa east exploration area. Petroleum Geology and Engineering, 29(06): 67-71+143.
Citation: Wang Linlin. 2015: Application of well-seismic joint seismic acquisition technology in 3D complex surface of Kuqa east exploration area. Petroleum Geology and Engineering, 29(06): 67-71+143.

三维复杂地表区井震联合地震采集技术在库车东探区的应用

Application of well-seismic joint seismic acquisition technology in 3D complex surface of Kuqa east exploration area

  • 摘要: 针对库车东三维探区地震资料采集单炮能量差异大,信噪比不高,野外地震资料采集质量难以满足逆掩推覆构造解释的需要等难题,开展了地震采集技术攻关,研究出不同地表类型激发分区的界定方法;并通过论证、对比和系统试验,优选出各激发区的最佳激发参数以及井震衔接方式,形成了一套炸药震源与可控震源联合三维采集的技术方法。新采集的地震资料与以往地震资料相比,采集质量有了较大的提高。

     

    Abstract: At present,the seismic data acquisition of Kuqa east exploration area met the problems of big difference on singleshot and low signal-to-noise ratio,and the seismic data acquisition is difficult to meet the needs of the overthrust nappe structure interpretation.Therefore,the research on how to improve the seismic acquisition has been carried out and the different definitions of the type of surface excitation partition method have been put forward.Through argumentation,comparison and system test,the best parameters and the vibration mode have been optimized out,and a dynamite source and vibroseis joint 3 d acquisition technique has been formed.Compared with the previous seismic data,the seismic data acquisition quality with this new method has been greatly improved.

     

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