Determination of Velocity and Fault Geometry from Inversion of the 1994 Active-Source LARSE Data Set

小行星9405519 这项研究包括分析，通过层析反演方法，在1994年收集的活动源地震数据由单独资助的洛杉矶地区地震实验（LARSE）。 LARSE的目标是提高对洛杉矶地区与断层有关的速度不均匀性和地质结构的认识。 该分析的目标是：1）确定LARSE高分辨率段以下15 km或更深深度的P和S速度结构，2）通过速度不连续性、低速带和断层几何形状到典型震源深度的描绘来确定断层的位置。 这项研究是国家地震减灾计划的一个组成部分。 ***

9405519 Thurber This research involves the analysis, by means of tomographic inversion methods, active-source seismic data collected in 1994 by the separately-funded Los Angeles Region Seismic Experiment (LARSE). The goal of LARSE is to improve the understanding of velocity heterogeneities and geologic structure associated with faulting in the Los Angeles region. The goals of this analysis are 1) the determination of P and S velocity structure to a depth of 15 km or deeper beneath the high-resolution segment of LARSE, 2) location of faults as identified by velocity discontinuities, low velocity zones and delineation of fault geometry to typical hypocentral depths. This research is a component of the National Earthquake Hazard Reduction Program. ***