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滑坡工程地质水文地质勘察中物探技术的应用

Application of geophysical prospecting technology in landslide engineering geology and hydrogeology investigation
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摘要 滑坡工程是土建领域非常重要的工程项目,在工程项目推进过程中,需要进行水文地质勘察,了解施工现场区域范围内的地质条件、地质特点、地下水等基本情况。在水文地质勘察业务中,需要运用大量勘探技术,其中,以物探技术应用范围最为广泛,水文地质勘察效果比较突出,能够准确了解施工现场地下水系统的基本情况,判断地下水运动规律,查明水文地质的变化规律,从而确定滑坡工程的具体施工方案,保证工程项目整体施工质量处于最优,延长工程项目的使用寿命,避免出现不必要的病害问题。基于此,文章对滑坡工程地质以及水文地质勘察进行了简要分析,探究了水文地质勘察中的物探技术,并对物探技术的实际应用路径展开了探讨。 Landslide engineering is a very important engineering project in the field of civil engineering.In the process of advancing the project,it is necessary to carry out hydrogeological investigation,to understand the geological conditions,geological characteristics,groundwater and other basic conditions in the region of the construction site.In hydrogeological investigation,a great deal of exploration technology is needed,among which geophysical exploration technology is the most widely used,and the effect of hydrogeological investigation is quite outstanding,can accurately understand the construction site of the basic conditions of groundwater system,determine the law of groundwater movement,identify the law of hydrogeological changes,and thus determine the specific landslide construction program,ensure the overall construction quality of the project in the best,improve the service life of the project to avoid unnecessary disease problems.Based on this,the paper briefly analyzes the landslide engineering geology and hydrogeology investigation,probes into the geophysical prospecting technology in hydrogeology investigation,and discusses the practical application path of the geophysical prospecting technology.
作者 钟娟 Zhong Juan(Jiangsu Institute of Geology and Mineral Design(Inspection Center of China Coal Geology Administration),Xuzhou 221000,China)
出处 《江苏科技信息》 2023年第8期76-80,共5页 Jiangsu Science and Technology Information
基金 2018年省级矿地融合试点项目 项目名称:徐州市铜山区茅村土地利用及露采矿山生态修复示范区 项目编号:2200110国土整治。
关键词 滑坡工程 地质勘察 水文地质 物探技术 地下水 landslide engineering geological investigation hydrogeology geophysical prospecting technology groundwater
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