DOI: 10.5281/zenodo.10631692
title: Artificial Impacts on the Moon: Modeling 3D seismic propagation effects with AxiSEM3D - Electronic Supplement - Simulation Files

description: This archive relates to the following paper:

Nunn, C., Fernando, B. A. & Panning, M. P. Artificial Impacts on the Moon: Modeling 3-D Seismic Propagation Effects with AxiSEM3D. Planet. Sci. J. (Submitted).

See also the GitHub site https://github.com/cerinunn/impact_simulations, which contains Jupyter notebooks to reproduce the figures in the paper and execute the analysis. 

This archive contains zip files of the AxiSEM3D runs we used in the paper: 

MAIN RUNS IN 1D AND 3Drun = '120_VPREMOON_atten_explosion_2'run_title = "VPREMOON, with attenuation, surface explosion"short_title = "VPREMOON  V-0"--run = '127w_VPREMOON_atten_linear20_2'run_title = "VPREMOON, ±50% scatter linear from 0 to 20 km, surface explosion"short_title = "VPREMOON, ±50% scatter (linear from 0-20 km)  V-1"--run = '126w_VPREMOON_atten_linear50_2'run_title = "VPREMOON, ±50% scatter linear from 0 to 50 km, surface explosion"short_title = "VPREMOON, ±50% scatter (linear from 0-50 km)  V-2"--run = '124w_VPREMOON_atten_linear80_2'run_title = "VPREMOON, ±50% scatter linear from 0 to 80 km, surface explosion"short_title = "VPREMOON, ±50% scatter (linear from 0-80 km)  V-3"--run = '128b_VPREMOON_atten_surface_2'run_title = "VPREMOON, 4% surface topography, surface explosion"short_title = 'VPREMOON, 4% surface topography  V-4'--run = '125_VPREMOON_atten_Moho_2'run_title = "VPREMOON, Moho topography from Wieczorek et al., 2013, surface explosion"short_title = "VPREMOON, Moho topography  V-5"--run = '152we_VPREMOON_atten_combi_50_2'run_title = "VPREMOON, 4% surface topopgraphy, 100% Moho topography, ±50% scatter linear from 0 to 50 km, surface explosion"short_title = 'VPREMOON, combination  V-6'--run = '141_ISSI_atten_explosion_2'run_title = "ISSI M1, with attenuation, surface explosion"short_title = "M1  M-0"--run = '146we_ISSI_atten_linear20_2'run_title = "ISSI M1, ±50% scatter linear from 0 to 20 km, surface explosion"short_title = "M1, ±50% scatter (linear from 0-20 km)  M-1"--run = '145we_ISSI_atten_linear50_2'run_title = "ISSI M1, ±50% scatter linear from 0 to 50 km, surface explosion"short_title = "M1, ±50% scatter (linear from 0-50 km)  M-2"--run = '140we_ISSI_atten_linear80_2'run_title = "ISSI M1, ±50% scatter linear from 0 to 80 km, surface explosion"short_title = "M1, ±50% scatter (linear from 0-80 km)  M-3"--run = '148_ISSI_atten_surface_2'run_title = "ISSI M1, surface topography, surface explosion"short_title = "M1, 4% surface topography  M-4"--run = '147_ISSI_atten_Moho_2'run_title = "ISSI M1, 20% Moho topography, surface explosion"short_title = "M1, 20% Moho topography  M-5"--run = '166w_ISSI_atten_combi_50_nr_100_constant_2'run_title = "ISSI M1, surface topography, 20% Moho topography, ±50% scatter linear from 0 to 50 km, surface explosion"short_title = "M1, combination  M-6"--run = '135_VPREMOON_atten_no_LVZ_2'short_title = "VPREMOON (no LVZ)  VL0"run_title = "VPREMOON without LVZ, surface explosion"

RUNS TO ASSESS NR run = '140a_nr5_ISSI_atten_linear80_2'run_title = "Constant NR = 5"short_title = "Constant NR = 5"--run = '140fw_n50constant_ISSI_atten_linear80_2'run_title = "Constant NR = 50"short_title = "Constant NR = 50"--run = '140ew_n100constant_scan_ISSI_atten_linear80_2'run_title = "Constant NR = 100"short_title = "Constant NR = 100"