摘要
本文介绍国内外时间域航空电磁法的发展历史和现状,包括仪器系统、数据处理、正反演算法和应用实例。认为我国的这项技术应朝以下几个目标发展:(1)完善的仪器系统,减小噪声干扰,提取更多的有用信息。(2)高效的数据处理方法,有利于发现小规模的异常体。(3)适合航空电磁数据的正反演稳定算法。(4)精细的解释方法。结合多源信息综合解释,加强与实际勘探相结合,参考其它已有的航空物探方法解释手段,提高解释精度。
We present the development history and current status of the time-domain airborne electromagnetic method,including the instrument system,data processing,forward modeling and inversion algorithms and application cases in China and elsewhere in the world. We suggest the following targets for the efforts of this technology in our country:( 1) A perfect instrument system,which can suppress noise and acquire more useful information.( 2)Efficient methods of data processing,which can facilitate finding small anomaly bodies in the subsurface.( 3) Robust algorithms for forward modeling and inversion suitable for airborne electromagnetic data. And( 4) fine interpretation methods which combine multiple data from real exploration work as well as existing techniques in this aspect to attain higher accuracy.
出处
《地质与勘探》
CAS
CSCD
北大核心
2014年第4期735-740,共6页
Geology and Exploration
基金
863计划重大项目(编号:2013AA063904)
国土资源部航空地球物理与遥感地质重点实验室航遥青年创新基金资助(编号:2013YFL05)
中国地质调查项目(编号:1212031313008)联合资助
关键词
时间域航空电磁法
数值模拟
反演算法
解释
time domain airborne electromagnetic method
modeling
inversion method
interpretation
