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The analysis of volcanic activity influences at the lower and middle part of Sentolo Formation, Kulon Progo using petrographic method

机译:用岩体法测定潘多洛综合作用,Kulon Progo的火山活性影响分析

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The research area is a part of South Serayu Mountain zone, specifically Bregada Kulon Progo. The Bregada Kulon Progo is a product of volcanic activity in the past, which can be seen by the volcanic rock called Old Andesite Formation. The end of the volcanic activity is characterized by the deposition of carbonate rocks which were part of Jonggrangan Formation and Sentolo Formation. The lower part of Sentolo Formation is composed by the mix of carbonate and volcanic materials. The research is carried out by two methods. The first is field method, which is implemented by geological mapping and rock sampling. The second is laboratory method, which is implemented by petrographic method. The petrographic method is implemented by making thin section of the rocks, then observing the thin section with polarization microscope to determine the composition of the rocks. The rock samples are mainly from the lower and middle part of Sentolo Formation, which probably still got the influence of volcanic activity. The benefit of the research is knowing the influence of volcanic activity in the carbonate rocks of Sentolo Formation. The presence of volcanic materials in the lower part of Sentolo Formation, can be predicted by two processes. First, the volcanic activity supplied those materials directly, and second, from the rework of the volcanic materials then mixed with carbonat materials of Sentolo Formation.
机译:研究区是南方山区的一部分,特别是Bregada Kulon Progo。 Brogada Kulon Progo是过去的火山活性的产物,可以由火山岩叫做古老的岩石形成。火山活性的末端的特征在于弥合碳酸盐岩,这些岩石是Jonggrangan形成和Sectolo形成的一部分。 Sentolo形成的下部由碳酸盐和火山材料的混合物组成。该研究由两种方法进行。第一是现场方法,由地质映射和岩石采样实现。第二种是实验室方法,由岩体方法实施。通过制造岩石的薄部分来实现岩体方法,然后用偏振显微镜观察薄截面以确定岩石的组成。岩石样品主要来自Sentolo形成的下部和中间部分,这可能仍然有火山活性的影响。该研究的好处是了解火山活性在锡替洛岩中的影响。可以通过两个过程预测锡洛洛形成的下部存在火山材料。首先,火山活度直接提供这些材料,而第二,从火山材料的返工中,然后与Sentolo形成的Carbanat材料混合。

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