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Investigation of Cikapundung River's Sedimentation Using 2D Resistivity Method

机译:用2D电阻率法调查Cikapund河沉降

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High rainfall rate in Indonesia makes the outcrop located in the upstream areas easily eroded and some rocks carried by the water flow towards the downstream areas. This research is done in order to identify the silting of Cikapundung's River in Bandung. The method used is 2D resistivity method for mapping sedimentation of Cikapundung's River. The data was taken in KampungPadi Residence, Cisitu, Bandung, West Java. Geological observation's results show that top layer consists of alluvial's sedimentation, basalt tuff, and volcanic conglomerate. Basement of river's flow is volcanic conglomerate which has eroded and sedimentation. Discussion's results show that Cikapundung's river has sedimentation's thickness until 16,4m. This sedimentation consists of top soil and conglomerate rocks. Furthermore, from data processing's result there is an indication that ancient Cikapundung's river, in meander section which have low energy value and then eroded resulting in a shift of the river's flow to the south.
机译:印度尼西亚的高降雨率使得位于上游领域的露头容易被侵蚀,并将一些岩石流向下游区域陷入困境。完成了这项研究,以确定Cikapundung河在万隆的淤积。所用方法是用于绘制Cikapundung河河流的2D电阻率方法。该数据是在西爪哇省万隆市Cisitu的Kampungpadi Residence拍摄的。地质观察结果表明,顶层包括肠沉降,玄武岩凝灰岩和火山集团组成。河流流动的流动是火山砾岩,其具有侵蚀和沉淀。讨论的结果表明,Cikapundung的河流沉淀的厚度直至16,4米。这种沉降包括顶部土壤和砾岩岩石。此外,从数据处理的结果中,古代Cikapundung的河流有一个指示,在蜿蜒的部分,能量值低,然后侵蚀导致河流流向南方的偏移。

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