综合物探法在地下管线探测中的应用分析

Application Analysis of Integrated Geophysical Method in Underground Pipeline Detection

摘要

随着城市化进程持续推进，地下管线作为城市基础设施的“生命线”，其分布日益复杂、隐蔽性突出，精准探测其位置、埋深及属性成为保障城市安全运行、推进地下空间开发的关键。本文旨在解决传统单一探测方法精度不足、适应性差等问题，结合综合物探法的应用特点，探讨其在地下管线探测中的应用路径与重要性，通过梳理多方法协同探测、非开挖作业等核心特征，分析前期勘察、方法优选、数据采集及成果解译等全流程应用，得出综合物探法可有效提升探测精度与效率，降低施工风险，完善管线档案信息化体系，为城市地下管线管理提供可靠技术支撑的结论，对推动地下管线探测技术规范化发展具有重要意义。

Abstract

As urbanization advances, underground pipelines—functioning as the “lifelines” of urban infrastructure—have become increasingly complex and concealed. Accurate detection of their locations, depths, and properties has become crucial for ensuring urban safety and advancing underground space development. This study addresses the limitations of traditional single-method detection techniques, such as insufficient precision and poor adaptability. By leveraging the application characteristics of integrated geophysical methods, it explores their potential in underground pipeline detection. Through analyzing core features like multi-method collaborative detection and trenchless operations, as well as the entire workflow from preliminary surveys and method optimization to data collection and result interpretation, the research concludes that integrated geophysical methods can significantly enhance detection accuracy and efficiency, reduce construction risks, improve pipeline archive informatization systems, and provide reliable technical support for urban underground pipeline management. These findings hold significant implications for promoting standardized development in underground pipeline detection technology.

关键词

综合物探法 / 地下管线探测 / 探测精度 / 管线档案 / 非开挖作业

Key words

integrated geophysical exploration / underground pipeline detection / detection accuracy / pipeline archives / trenchless excavation

参考文献

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