摘要
在煤矿生产过程中,随着煤层的被开采挖掘,地下会形成越来越多的采空区,采空区及其上部地层的地球物理性质也随之发生了显著变化,而地震勘探能有效地解决地下物性差异明显的构造。笔者利用三维地震勘探技术对采空区的反射波特征进行了分析,总结地震数据采集工作中影响采空区分辨率的因素,以及采空区资料处理中的关键技术。通过煤矿实际开采验证,证明了三维地震勘探技术对采空区的勘探是可行的、有效的。
With the exploitation of the coal seam during coal production, more and more underground goal areas will occur,and the geo-physieal properties of the goaf and its overlying strata will obviously change correspondingly. Seismic exploration can effectively distin- guish structures with obvious differences in physical character. Using the three-dimensional seismic exploration technology, the author analyzed the reflection wave characteristics of the goal, summed up the factors affecting the resolution in seismic data acquisition and the key technique for goaf data processing. Exploitation verification shows that the three-dimensional seismic technology is feasible and effective in goaf exploration.
出处
《物探与化探》
CAS
CSCD
2012年第B10期178-179,共2页
Geophysical and Geochemical Exploration
关键词
三维地震勘探
煤矿采空区
地震资料解释
three-dimensional seismic exploration
coalfield goat＇
interpretation of seismic data
