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Author-submitted data information


ID 323
Title The whole Moon numerical simulation model and results
Creator Xiang Zhang
Subject 1-D lunar velocity and density model and heterogeneities files; synthetic seismic data
Publisher Xiukuan Zhao
Description To obtain the structural characteristics of the lunar shallow surface, we simulated deep and shallow moonquakes under different surface heterogeneities. Then quantitatively compared the differences between the Apollo data and the synthetic seismic data. The simulation data were obtained in the Supercomputing Laboratory of IGGCAS.
Datasets include: Synthetic seismic data for deep and shallow moonquake, a MATLAB form of the drawing program (in synthetic seismic data); 1-D lunar velocity and density model and heterogeneities files (in models).
(1) 1-D_Moon_model_Q.bm: 1-D lunar velocity and density model
(2) inparam_hetero_0.3_0.15: Exponential heterogeneity file with parameter a=0.3 and b=0.15
(3) inparam_hetero_0.5_20line: Linear heterogeneity file with parameter a=0.3 and depth=20km
(4) A_M_disp_post_mij_conv0002_E.dat: synthetic seismic data with east-west component. A corresponds to the epicenter distance 0°, and B for 10° and so on.
For specific model building process and simulation process, please refer to the article of Nissen-Meyer et al. (2014).
Contributor
Date 2021
Type
Format Ascii files
URL http://www.geophys.ac.cn/ArticleData/20210918LunarDataByZhang.zip
DOI 10.12197/2021GA024
Source
Language eng
Relation
Coverage
Rights Institute of Geology and Geophysics, Chinese Academy of Sciences