中文说明:
地球物理领域地震波在随机介质中的多次散射波,采用解析解模拟。经典的Foldy 方法。
English Description:
Geophysical field seismic wave multiple scattering wave in the random medium, the analytical solution for simulation.The classic Foldy method.Parsing the geophysical field seismic wave in the random medium multiple scattering wave (FOLDY)
关注次数: 421
下载次数: 3
文件大小: 2270KB
中文说明:
地球物理领域地震波在随机介质中的多次散射波,采用解析解模拟。经典的Foldy 方法。
English Description:
Geophysical field seismic wave multiple scattering wave in the random medium, the analytical solution for simulation.The classic Foldy method.acoustic_modelling_foldy_v.4.2_cpl
..................................\codes
..................................\.....\foldy
..................................\.....\.....\acoustic_p_gfs_direct_f.m
..................................\.....\.....\centerfreqs.m
..................................\.....\.....\model_gfs_p_scat_acoust.m
..................................\.....\.....\rickerwavl_time.m
..................................\.....\utils
..................................\.....\.....\do_xcorr_int.m
..................................\.....\.....\makecircbound.m
..................................\.....\.....\wiggles.m
..................................\common_public_license.txt
..................................\doc
..................................\...\Galetti_Halliday_Curtis_2013_Geophys.pdf
..................................\...\Manual.pdf
..................................\examples
..................................\........\example_1__inter_receiver_T.m
..................................\........\example_2__inter_receiver_F.m
..................................\........\example_3__inter_receiver_F_array.m
..................................\........\example_4__inter_source_F.m
..................................\........\example_5__source_receiver_F.m
..................................\paper_plots
..................................\...........\example_inter_receiver_FD_comp.m
..................................\...........\example_inter_receiver_mon_dip_comp.m
..................................\...........\FD_data
..................................\...........\fig_2_plot.m
..................................\...........\fig_4_5_data
..................................\...........\............\AB_int_full_t_2sided.txt
..................................\...........\............\AB_int_mon_t_2sided.txt
..................................\...........\............\AB_true_t.txt
..................................\...........\............\AB_true_t_2sided.txt
..................................\...........\............\AB_true_t_2sided_comp.txt
..................................\...........\............\rcx.txt
..................................\...........\............\scats.txt
..................................\...........\............\srx.txt
..................................\...........\............\time2.txt
..................................\...........\fig_4_5_plot.m
..................................\...........\fig_6_7_8_data
..................................\...........\..............\AB_int_t_2sided.txt
..................................\...........\..............\AB_int_t_2sided_FD.txt
..................................\...........\..............\AB_true_t.txt
..................................\...........\..............\AB_true_t_2sided.txt
..................................\...........\..............\AB_true_t_2sided_comp.txt
..................................\...........\..............\AB_true_t_2sided_comp_FD.txt
..................................\...........\..............\AB_true_t_2sided_FD.txt
..................................\...........\..............\AB_true_t_FD.txt
..................................\...........\..............\rcx.txt
..................................\...........\..............\srx.txt
..................................\...........\..............\time1.txt
..................................\...........\..............\time2.txt
..................................\...........\fig_6_7_8_plot.m
..................................\htm" target=_blank>README