Constructing a Comprehensive Seismology Model of the EPR Near the MELT Experiment

摘要本项目是对南纬17度东太平洋海隆地幔电磁层析成像（MELT）实验的地震学数据进行的第二代分析和建模。 这项分析的目标是开发一个综合模型的基础上的地幔流动和熔体生成的模型，同时满足所有不同类型的地震数据。 将有四个分析阶段;分析尚未开发的地震数据和波形信息，联合反演所有地震学约束以找到三维自洽模型，基于物理原理和关于流型的猜测测试三维各向异性正演模型，并结合其他约束，包括与电磁数据的建模团队进行联合解释。

AbstractThis project is the second generation analysis and modeling of seismological data from the Mantle Electromagnetic and Tomography (MELT) experiment conducted on the East Pacific Rise at 17 degrees south. The goal of this analysis is to develop a comprehensive model based on models of mantle flow and melt generation that satisfies all the different types of seismological data simultaneously. There will be four phases of analysis; analyzing seismic data and waveform information that have not yet been exploited, inverting all the seismological constraints jointly to find a three-dimensional, self-consistent model, testing 3-D anisotropic forward models based on physical principles and guesses about the flow pattern, and incorporating other constraints, including working toward a joint interpretation with the team of modelers of the electromagnetic data.