摘要
简述了在地球物理勘探中广泛应用的地震波层析成象和电磁波层析成象的基本原理以及几种常用的成象算法。介绍了最大熵代数重建算法和折射线追踪成象算法的基本原理，并通过两个应用实例证明了这两种算法的有效性，同时也显示出层析成象具有较高的分辨能力。最后，探讨了层析成象技术在石油勘探与开发中的应用前景以及需要克服的困难。
The basic principle of the seismic tomography and electromagnetic field tomography, the two major type of tomogrphic techniques for geophysical prospecting,and conventional reconstruction algorithems are briefly described. The basic principle and properties of maximum entropy reconstruction algorithem and the curved ray tracing algorithem are then introduced based on our research results. Two field examples are used to demonstrate the effectiveness of these algorithems as well as the resolution capability of the tomography. Finally, the possibility and difficulty for applying tomographic technique to petroleum exploration and production are explored.
出处
《石油天然气学报》
CAS
CSCD
北大核心
1994年第S1期41-47,共7页
Journal of Oil and Gas Technology
基金
石油科技中青年创新基金
关键词
地震勘探
电法勘探
层析成象
图象处理
石油勘探
seismic exploration
electrical exploration
tomography
image processing
oil exploration
