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Core Handling and Real-Time Non-Destructive Characterization at the Kochi Core Center: An Example of Core Analysis from the Chelungpu Fault

机译:高知核心中心的岩心处理和实时无损表征:以车隆浦断裂为核心的分析实例

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As an example of core analysis carried out inactive fault drilling programs, we report the procedures of core handling on the drilling site and non-destructive characterization in the laboratory. This analysis was employed onthe core samples taken from HoleBof the Taiwan Chelungpu-fault Drilling Project (TCDP), which penetrated through the active fault that slipped during the 1999 Chi-Chi, Taiwan earthquake. We show results of the non-destructive physical property measurements carried out at the Kochi Core Center (KCC), Japan. Distinct anomalies of lower bulk density and higher magnetic susceptibilitywere recognized in all three fault zones encountered in HoleB. To keep the core samples in good condition before they are used for variousanalyses is crucial. In addition, careful planning for core handlingand core analyses is necessary for successfulinvestigations.doi:href="http://dx.doi.org/10.2204/iodp.sd.s01.35.2007" target="_blank">10.2204/iodp.sd.s01.35.2007
机译:作为执行非活动断层钻探程序的岩心分析的示例,我们报告了钻探现场的岩心处理和实验室中无损表征的过程。这项分析是对从台湾Chelungpu断层钻探项目(TCDP)的HoleB采集的岩心样本进行的,该岩心穿过了1999年台湾集集地震中滑动的活动断层。我们显示了在日本高知核心中心(KCC)进行的无损物理性能测量结果。在HoleB中遇到的所有三个断层带中都发现了较低的堆积密度和较高的磁化率的不同异常。在将核心样本用于各种分析之前,使其处于良好状态至关重要。另外,要成功进行调查,必须对核心处理和核心分析进行仔细计划。 doi:href =“ http://dx.doi.org/10.2204/iodp.sd.s01.35.2007” target = “ _blank”> 10.2204 / iodp.sd.s01.35.2007

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