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本文以数学中的集合理论 (交集 )为基础 ,建立镇江缺水丘陵山区供水勘查的逻辑推理模式 ,利用遥感地质调查、水文地质与构造地质勘查以及地球物理综合勘察技术 ,由区域→块段→点的逐步“聚焦”获取富水块段、贮水地质体和贮水构造、布井具体位置的信息。通过供水勘查实践 ,验证了“环套理论”在构造复杂的缺水丘陵山区供水勘查中的优越性 ,同时也指出了“环套理论”运用过程中应注意的具体问题。
Based on the set theory (intersection) in mathematics, this paper establishes the logic reasoning mode of water supply exploration in water-deficit hilly areas in Zhenjiang. Using remote sensing geological survey, hydrogeology and structural geology exploration and geophysical prospecting techniques, Point-by-step “focus on” access to water-rich block, water storage geology and water storage structure, well specific location information. Through the practice of water supply exploration, we verify the superiority of “Loop Theory” in the construction of complex water supply in mountainous areas with water scarcity. At the same time, we also point out the specific problems that should be paid attention to in the application of “Loop Theory”.