几种方法的有机结合，可组成完整的地质超前预报技术体系。
The organic combination of several methods can constitute a complete technology system for geological prediction.
对以上问题进行详细分析，并提出施工期综合地质超前预报技术方案和相应的施工建议。
Analysis of these issues was done in detail, the comprehensive geological prediction technology in construction period and the corresponding contingency plans for construction were proposed.
岩溶富水隧道施工中对隧道掌子面前方一定范围内的地质情况进行超前探测和预测预报是保证隧道施工安全的关键技术。
In tunnel construction of rich water karst area, the key technology to guarantee the tunnel construction security is to detect and forecast the geological situation in front of the tunnel face.
研究目的：明确岩溶山区深埋隧道施工突水灾害形成的地质条件，给隧道施工地质超前预报工作提供技术基础。
Research purposes: in order to ascertain geology condition of karst water bursting disaster in the course of tunnel caving and give a technique foundation for the work of tunnel geology prediction.
介绍了TGP206地质超前预报系统的工作原理、解译技术及其在瓦窑坡隧道施工地质超前预报中的应用。
The paper introduces the working principles and interpreting technology of TGP206 geological forecasting system and its application in the forecasting in the construction of Wayaopo Tunnel.
岩溶隧道； 地质超前预报；破译技术；综合成果图；
Karst tunnel; Advanced geological forecast; Interpretation technology; Comprehensive result map;
本文结合羊曲水电站导流洞工程实例，介绍TGP206型地质超前预报系统的探测原理、探测方法、测线布置、结果分析技术。
In this paper, with examples of Yangqu diversion tunnel project, Focusing on TGP206 geological forecast system theory, detection method, line layout and results analysis techniques.
研究和应用非接触式的地球物理 超前探测技术，准确及时地预报掘进前方隐伏的导、含水构造，对于煤矿的防治水 工作与安全生产具有十分重要的现实意义。
The development of a new geophysical technology to detect buried water conducting passages and to predict water-bearing structures accurately and instantaneously is of great operational importance.
研究和应用非接触式的地球物理 超前探测技术，准确及时地预报掘进前方隐伏的导、含水构造，对于煤矿的防治水 工作与安全生产具有十分重要的现实意义。
The development of a new geophysical technology to detect buried water conducting passages and to predict water-bearing structures accurately and instantaneously is of great operational importance.
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