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复杂区可控震源高效采集技术及应用
引用本文:肖虎,何永清,刘兵,于敏杰,龚艳平,李岳,张嘉翔,王井富,杨国平.复杂区可控震源高效采集技术及应用[J].工程地球物理学报,2020(2):135-144.
作者姓名:肖虎  何永清  刘兵  于敏杰  龚艳平  李岳  张嘉翔  王井富  杨国平
作者单位:中国石油集团东方地球物理勘探有限责任公司采集技术中心;中国石油集团东方地球物理勘探有限责任公司辽河物探处;中国石油集团东方地球物理勘探有限责任公司新兴物探开发处;中国石油集团东方地球物理勘探有限责任公司
基金项目:“十三五”国家科技重大专项(编号:2017ZX05018-003)。
摘    要:近年来可控震源高效采集技术逐步由中西部地表简单区向东部复杂障碍区推广,推广初期遇到了很大挑战,主要表现在效率提升困难、安全性面临挑战、施工组织复杂,整体应用效果明显不如西部。为应对这三个挑战,研究形成了以“动态扫描技术为核心、轨迹导航技术和作业方案优化技术为保障”的复杂区可控震源高效采集技术,在多个项目应用后取得了显著效果,开创了可控震源在复杂区作业的新局面。

关 键 词:可控震源高效采集  动态扫描  轨迹导航  作业方案优化  滑动扫描  距离分离同步扫描

Vibroseis High-efficiency Acquisition Technology and Application in Complex Area
Xiao Hu,He Yongqing,Liu Bing,Yu Minjie,Gong Yanping,Li Yue,Zhang Jiaxiang,Wang Jingfu,Yang Guoping.Vibroseis High-efficiency Acquisition Technology and Application in Complex Area[J].Chinese Journal of Engineering Geophysics,2020(2):135-144.
Authors:Xiao Hu  He Yongqing  Liu Bing  Yu Minjie  Gong Yanping  Li Yue  Zhang Jiaxiang  Wang Jingfu  Yang Guoping
Affiliation:(Acquisition Technology Department of BGP, Zhuozhou Hebei 072751, China;Liaohe Geophysical Department of BGP, Panjin Liaoning 124000, China;Xinxing Geophysical Department of BGP, Zhuozhou Hebei 072751, China;Mine Area Service Department of BGP, Zhuozhou Hebei 072751, China)
Abstract:In recent years,vibroseis high-efficiency acquisition technology has been gradually extended from the central and western regions to complex areas in the east.However,great challenges have been encountered in the initial stage of application,which mainly include the difficulty of improving efficiency,the challenge of safety,the complexity of operation organization,and the whole effect is not as good as that in the west.In order to solve these problems,research has been carried out to form a special technology of vibroseis for complex area,which is based on dynamic sweep,route navigation and operation optimization technology.These three technologies have achieved remarkable results after being applied in many projects,and opened up a new situation of efficient acquisition in complex areas.
Keywords:vibroseis high-efficiency acquisition  dynamic sweep  route navigation  operation plan optimization  slip sweep  distance separated simultaneous sweep
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