文件列表:

弹性波动方程正演\Burridge_lectures.pdf (202670, 2005-09-20)
弹性波动方程正演\comp.log (181, 2005-09-21)
弹性波动方程正演\comp.pdf (22590, 2005-09-21)
弹性波动方程正演\comp.ux (1608, 1996-09-26)
弹性波动方程正演\comp.uz (1608, 1996-09-26)
弹性波动方程正演\comp2.ux (1608, 1996-09-26)
弹性波动方程正演\comp2.uz (1608, 1996-09-26)
弹性波动方程正演\density.dat (45000, 2005-09-25)
弹性波动方程正演\dxm2d.f (1949, 1997-11-17)
弹性波动方程正演\dxm2d.obj (4010, 2005-09-20)
弹性波动方程正演\dxm2d_12.f (2163, 1996-11-04)
弹性波动方程正演\dxm2d_a.f (1688, 1997-11-17)
弹性波动方程正演\dxm2d_a.obj (3517, 2005-09-20)
弹性波动方程正演\dxm2d_a_12.f (1877, 1996-11-05)
弹性波动方程正演\dxp2d.f (1863, 1997-11-17)
弹性波动方程正演\dxp2d.obj (4010, 2005-09-20)
弹性波动方程正演\dxp2d_a.f (1637, 1997-11-17)
弹性波动方程正演\dxp2d_a.obj (3517, 2005-09-20)
弹性波动方程正演\dxp2d_a_12.f (1836, 1996-11-04)
弹性波动方程正演\dzm2d.f (2231, 1997-11-17)
弹性波动方程正演\dzm2d.obj (4366, 2005-09-20)
弹性波动方程正演\dzm2d_12.f (2740, 1996-11-04)
弹性波动方程正演\dzp2d.f (2029, 1997-11-17)
弹性波动方程正演\dzp2d.obj (4087, 2005-09-20)
弹性波动方程正演\dzp2d_12.f (2242, 1996-11-04)
弹性波动方程正演\ea199714891492.pdf (338448, 2005-09-20)
弹性波动方程正演\ela2d.exe (342528, 2006-12-18)
弹性波动方程正演\ela2d.f (50225, 2005-09-16)
弹性波动方程正演\ela2d.ilk (229252, 2005-09-20)
弹性波动方程正演\ela2d.in (2602, 2005-09-16)
弹性波动方程正演\ela2d.in.bak (2625, 2005-09-16)
弹性波动方程正演\ela2d.mak (6788, 2005-09-16)
弹性波动方程正演\ela2d.mdp (37376, 2005-11-14)
弹性波动方程正演\ela2d.obj (102488, 2005-09-20)
弹性波动方程正演\ela2d.out (3749, 2005-09-25)
弹性波动方程正演\ela2d.pdb (181248, 2005-09-20)
弹性波动方程正演\fort.7 (906, 1996-09-26)
弹性波动方程正演\grid.param (66, 1996-09-26)
弹性波动方程正演\higdon2d.f (12503, 1997-06-03)
弹性波动方程正演\higdon2d.obj (21757, 2005-09-20)
... ...

(Hamburg, 26. September 1996, contact Joachim Falk falk@dkrz.de ) README.analyt =========================================================== INPUT files for ela2d.x: vel_P.dat , vel_S.dat , density.dat (all binary) ela2d.in , grid.param (all ASCII) =========================================================== OUTPUT files from ela2d.x: seismicX.H@ , seismicZ.H@ snapX.H@ , snapZ.H@ wavelet.H@ =========================================================== OUTPUT files for analytical solution computed by Cagniard-de Hoop method (program by If and Berg, Techn. Univ. Copenhagen, Denmark) comp.ux (rec. offset=303 m, rec. depth=24 m) comp2.uz (rec. offset=300 m, rec. depth=27 m) comp.ux (rec. offset=303 m, rec. depth=120 m) comp2.uz (rec. offset=300 m, rec. depth=123 m) (offset and depth are adjusted to the staggered grid formulation ==> different locations for UX and UZ) Source point depth: 18 m =========================================================== plot.* : some shellscripts for visualization of the data with help of SU-package (SU = seismic unix, Colorado School of Mines) plot.comp : postscript-plot and -merge the results for the comparison with the analytical solutions ==> 'comp.ps' plot.seis : X-plots seismograms of 2 receiver lines plot.snap : X-movies of the snapshots

近期下载者：

相关文件：

评论：[我要评论] [举报此文件]

收藏者：