Figures from higuchi_original.for and alsop_original.for program

Name of file:lat_scat_test_081509.html
Names of associated files:
Created on:8/15/09 (6:20AM),
Revised on:8/16/09 (6:20AM), 8/18/09 (6:20AM), 8/19/09 (5:20AM)ONLY SECTION B WAS UPDATED !!! SECTION A IS OLD, 8/21/09 (2:20AM)
Structure:
Reference:

Key Reference email(s):
1) Los Angeles, 5:19 PM Friday, August 14, 2009
2) Jeonju 4:30 AM Thursday, August 13a, 2009
3) Los Angeles, 3:24 PM Tuesday, August 11, 2009
4) Jeonju, 5:15 AM Wednesday, August 19, 2009
5) Jeonju 2:10 AM Friday, August 21, 2009

A. Figures for Higuchi Model (Old results without consideration of lateral averaging)

A.1 Well, ignore the serrated pattern. I computed the high precision results late, and the results just came out a few minutes, and just as I was about to plot them, MATLAB gives some sort of error. Sorry, but let me upload them later......

A.2 Well, I did not know what depth would produce only 3 modes, so I just moved the depth of layer 1 to 150 km, and I got 6 modes. They look good, excep that I computed the high precision results late, and the results just came out a few minutes, and just as I was about to plot them, MATLAB gives some sort of error. Sorry, but let me upload them later......

B. Figures for Alsop and Higuchi Model (with laterally-averaging)

B.1 These are the final results from HIGUCHI_ORIGINAL.FOR .

B.2 These are the final results from ALSOP_ORIGINAL.FOR .

B.3 Higuchi model with depth of top layer at 150 km.

C. Test at a single Lat-long location with Alsop's Fig 13

C.1 This was computed using ALSOP_ORIGINAL.FOR . At the vertical plane x = 0 , I use the \mu from the true structure that is present on the left and right, i.e. FTRUE_FIG_13_LEFT.DAT and FTRUE_FIG_13_RIGHT.DAT . The structure on the left and right of the x = 0 plane are the same laterally-averaged structure. For our testing purpose, I used FUNDA_FIG_13_LEFT.DAT and FUNDA_FIG_13_RIGHT.DAT

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