基于远震纵波走时数据反演的Ife台站一维速度模型

T. Yakubu, B. Dewu
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引用次数: 0

摘要

对2009年7月至2011年7月期间IFE地震台站观测到的纵波走时数据进行了一维反演,得到台站区域的速度模型。该方法基于对旅行时间数据拟合一系列直线。结果表明,纵波速度在8.5 km/s ~ 12 km/s之间变化,表明所有地震射线的底部都在地幔中有转折。速度-深度剖面图显示了三层地幔,在700 km左右的深度有一个过渡,对应于上下地幔之间的过渡。
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One-Dimensional Velocity Model for Ife Seismic Station from Inversion of Teleseismic P-wave Travel time Data
A One-Dimensional inversion of P-wave travel time data observed at IFE seismic station between July 2009 when it was installed and July 2011 was carried out with the aim of obtaining the velocity model for the station region. The approach was based on fitting a series of straight lines to the travel time data. The results obtained showed that the P-wave velocity varies between 8.5 km/s and 12 km/s, which indicates that all the seismic rays’ bottom and had their turning point in the mantle. The plot of the velocity-depth profile reveals a three layer mantle with a transition at a depth of about 700 km corresponding to the transition between the upper and the lower mantle.
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