Volcanic Sediment Layer of Mount Samalas 1257 AD Modeling Based on Seismic Data

S. Minardi, T. Ardianto, A. T. Alaydrus, Hiden Hiden
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Abstract

Research to determine model of sediment volcanic layer of Mountain Samalas 1257 AD has been conducted in Lombok Island. Modeling based to surface wave velocity data which collect use MASW (multichannel analysis of surface wave) method. The method has applied at 6 locations in southern part relatively and models were made on southern and southeastern of eruption source. Grouping of volcanic layer was based on IBC 2003 (ICC, 2003), TSC, 1998 (Ministry of Public Works and Settlement Government of Republic of Turkey, 1998) criteria. Result of modeling was verified using outcrop at the measurement of seismic area. Volcanic layer groups that detect are C, D, E type which have velocity less than 400 ms-1 and it’s thickness less than 50 meters. The volcanic layer group consist of sand, kerikil, clay, batuapung, volcanic ash, and alluvium. All of types of volcanic rocks has founded at all seismic measurement locations with different thickness and composition.
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基于地震资料的萨马拉斯山1257 AD火山沉积层模拟
在龙目岛进行了确定公元1257年Samalas山沉积火山层模型的研究。基于多通道表面波分析方法采集的表面波速度数据进行建模。该方法在南部6个地点进行了应用,并在喷发源南部和东南部建立了模型。火山层分组依据IBC 2003 (ICC, 2003)、TSC, 1998(土耳其共和国公共工程和定居点政府,1998)标准。利用地震实测露头对模拟结果进行了验证。探测到的火山层群为C、D、E型,速度小于400 ms-1,厚度小于50 m。火山层群由砂、泥、粘土、巴图蓬、火山灰和冲积层组成。在各地震测点均发现了不同厚度和成分的火山岩类型。
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