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Evaluation of geological conditions ahead of TBM tunnel using wireless seismic reflector tracing system

机译:使用无线地震反射器追踪系统评估TBM隧道前方的地质条件

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The purpose of our work was to develop a new survey system which can evaluate a geological condition ahead of a TBM tunnel face accurately and rapidly, and to apply this system to an actual tunnel site to verify its effectiveness. The authors have compared their new wireless seismic reflector tracing system with the conventional system. The results showed that the wireless system made it possible to conduct the survey with optimal positioning of sources and receivers even in narrow and crowded TBM tunnels, and that coupling noise was eliminated, thereby allowing more accurate exploration. Furthermore, it is confirmed that it would greatly reduce the time and effort required for preparation and removal work, allowing more economical surveys. (C) 2016 Published by Elsevier Ltd.
机译:我们的工作目的是开发一种新的测量系统,该系统可以准确,快速地评估TBM隧道工作面之前的地质状况,并将该系统应用于实际的隧道现场以验证其有效性。作者将他们的新型无线地震反射仪跟踪系统与常规系统进行了比较。结果表明,即使在狭窄且拥挤的TBM隧道中,无线系统也可以通过对源和接收器进行最佳定位来进行调查,并且消除了耦合噪声,从而可以进行更精确的勘探。此外,已确认这将大大减少准备和移除工作所需的时间和精力,从而使调查更为经济。 (C)2016由Elsevier Ltd.出版

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