石油物探2017，Vol.56Issue(3)：309-318,10.DOI:10.3969/j.issn.1000-1441.2017.03.001
拖缆前后源双向同时激发采集新技术探索
Testing of fore and after source double-way simultaneous shooting technology on offshore seismic acquisition
陈昌旭 1周滨 1张建峰 1李江 1王志亮 1吴尧1
作者信息
- 1. 中海石油(中国)有限公司天津分公司,天津300452
- 折叠
摘要
Abstract
Conventional towed cable seismic acquisition operational mode causes unilateral sufficient illumination and blur image at buried hill or high-steep structure area due to its single-side shooting and single-side receiving with single azimuth.We put forward acquisition design of fore and after source double-way simultaneous shooting through analyzing limitation of conventional towed cable to improve illumination of both sides for the high-steep structure.In China,fore and after source double-way simultaneous shooting operation is firstly carried out with optimal selection the operation mode,in which the assistant seismic vessel is shooting by chasing the tail-buoy by comparing the different implementations.The application in JZ block proves that:compared to conventional towed cable seismic acquisition,the new method can improve the imaging of buried hill and fully promote the operational potentiality in buried hill and high-steep structure area.The technical process is feasible and the operation mode is reasonable,which is of significant reference for potentiality exploitation of towed cable seismic operation.关键词
拖缆采集/前后源双向/同时激发/追随尾标航行激发/高陡倾角/潜山Key words
towed cable seismic acquisition/fore and after source double-way shooting/simultaneous shooting/shooting by chasing the tail-buoy/high-steep structure dip/buried hill分类
天文与地球科学引用本文复制引用
陈昌旭,周滨,张建峰,李江,王志亮,吴尧..拖缆前后源双向同时激发采集新技术探索[J].石油物探,2017,56(3):309-318,10.
