基于遥感技术的中吉乌铁路地质构造分析  

Analysis of the Geological Structure for China- Kyrgyzstan- Uzbekistan Railway Based on Remote Sensing

作　　者：余绍淮[1] 陈楚江[1] 张霄[1] 

机构地区：[1]中交第二公路勘察设计研究院有限公司,武汉430056

出　　处：《铁道工程学报》2015年第5期12-17,共6页Journal of Railway Engineering Society

摘　　要：研究目的:针对中吉乌铁路工程勘察区域地质构造复杂,常规地质调查方法难以从宏观至微观对各个路线走廊带进行同等深度方案比选的实际问题,采用遥感地质技术对中吉乌铁路勘察区域的地质构造进行遥感地质解译与特征分析,科学、合理地确定中吉乌铁路路线方案。研究结论:(1)地质构造遥感勘察可有效识别地球表层的各类断裂、褶皱等地质构造,分析其分布规律及构造属性特征;(2)基于遥感技术的中吉乌铁路地质构造分析查明了中吉乌铁路的地质构造条件,为铁路路线走廊带的比选与优化提供了地质依据;(3)综合中吉乌铁路地质遥感勘察成果,推荐更为科学、合理、安全和经济的中吉乌铁路北部路线走廊带;(4)该研究成果可为其他类似工程的选址选线提供指导作用。Research purposes： In view of the practical problems of the complex geologic structure of China - Kyrgyzstan - Uzbekistan Railway, and the conventional geological investigation is difficult to carry out, a method of geological interpretation and characteristic analysis of the geological structure of China - Kyrgyzstan - Uzbekistan Railway based on remote sensing technology has been proposed. Research conclusions： （ 1 ） Remote sensing interpretation was very effective to identify geologic structure and analyze its properties. （2） The geological structure of China - Kyrgyzstan - Uzbekistan Railway was investigated, and the railway scheme comparison and optimization were implemented. （3） Based on the results of remote sensing interpretation, the north route corridor belt scheme of China - Kyrgyzstan - Uzbekistan Railway has been determined scientifically and reasonably. （4） This research result would be a good guidance to location selection of other similar projects.

关 键 词：地质构造 工程地质勘察 遥感地质解译 中吉乌铁路 

分 类 号：U212[交通运输工程—道路与铁道工程]