摘要
深部探测技术与实验研究(SINOPROBE)专项的启动揭开了中国"入地"计划的序幕.大规模的深地震反射剖面是该计划最重要的组成部分之一,如何从深地震反射剖面中获取更多有用的信息成为我们即将面临的重要课题.Skeletonization技术是西方国家在实施深部探测计划时发展的一项深地震剖面信息提取分析技术,对我们具有重要的借鉴意义.本文在研究前人工作的基础上,综述了Skeletonization技术的基本原理及其在国内外的发展,并在此基础上介绍了该技术在深地震反射剖面解释中的应用,最后结合我国刚刚启动的SINOPROBE计划对其进一步的发展进行了展望.
Large-scale deep seismic profiles are the most important component of project SINOPROBE, which is a new and ambitious scientific plan funded by the Chinese government to study the deep earth.How to acquire more useful information from those deep seismic profiles is a crucial problem we face.The seismic skeletonization method developed by several deep earth research groups from western countries (such as: COCORP, LITHOPROBE) gives us a solution to identify events and analyze attributes of deep seismic reflection profiles.In this paper, first we give a general review on the basicall theory and development of seismic skeletonization, and then we discuss how this method help us to interpret deep seismic reflection profiles.At last, we make a prospect about its development in SINOPROBE.