timw

阐述了建立物质本构关系时应满足的基本公理, 较详细地推导了各种类型粘 弹性物质的本构关系, 论述了变率理论与泛函理论之间的关系, 推导了对于粘弹性问题 求解具有实用意义的对应定理, 并以简单的例子

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    Program name (sun4):  /home/dcorriga/sun4/exe/timw
    Program name (sun5):  /home/dcorriga/sun5/exe/timw

    Purpose:    Synthetic seismograms for the problem of a
                water layer over a layered half space in
                which each layer is transversely isotropic.	

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Card #1   Columns   Definition
          -------   ----------
            1-4     'TIMW'
             15        'N'
           21-70    Output SEGY data set name

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Card #2   Columns   Definition
          -------   ----------
            1-60    Identifying Text

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Card #3   Columns   Definition
          -------   ----------
            1-10         0
           11-20    Source radius (must be > 0)
           21-30    Source depth (must be > 0)
           31-40    Receiver depth (must be > 0)
           41-50    Spreading model: 
                    = 0: 2D propagation
                    = 1: 3D propagation
           51-60    Direct arrival/free surface options:

                    Option   Free Surface  Direct Arrival
                    ------   ------------  --------------
                       0        Yes           Yes
                       1        No            Yes
                       2        Yes           No 
                       3        No            Nos

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Card #4   Columns   Definition
          -------   ----------
            1-10    Low cut frequency
           11-20    Low pass frequency
           21-30    High pass frequency
           31-40    High cut frequency

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Card #5   Columns   Definition
          -------   ----------
            1-10    Sample rate (ms)
           11-20    Record length (ms)
           21-30    First offset
           31-40    Offset increment
           41-50    Number of offsets

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Card #6   Columns   Definition
          -------   ----------
            1-10    Number of layers
           11-20    Minimum velocity for computation
           21-30    Number of ray parameters (max = 1200)
           31-40    Percent taper in wavenumber

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Card #7   Columns   Definition
          -------   ----------
            1-10    Water layer velocity
           11-20    Not used
           21-30    Water density
           31-40    Q-value for water
           41-50    Not used
           51-60    Water thickness

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         For each layer:

Card #8   Columns   Definition
          -------   ----------
            1-10    Vertical P-wave velocity
           11-20    Vertical S-wave velocity
           21-30    Density
           31-40    P-wave Q-value 
           41-50    S-wave Q-value
           51-60    Layer thickness
           61-65    Thomsen's delta parameter
           66-70    Thomsen's epsilon parameter

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     Typical run:

          /home/dcorriga/sun5/exe/timw < tissal3.p > tissal3.d &

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     Sample cards in file:


   
/home/dcorriga/run/msyn/timw/hia22m02.p


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TIMW          N     /erts01d7/promax/data/dprdc/hia22m02.segy
 High Island A-022 Model 02 (anisotropic) / NK 800 / No free surface /
         0         2         6         8         1         3
         3         6        48        64
         4      4000       25.       25.       240
        52      1400       800        10
      1480                1.00       300                 100
    2400.0     900.0     2.200     150.0      60.0    2400.0 0.00 10.0
    2410.7     904.5     2.219     150.0      60.0      7.02 0.00 10.0
    2408.2     901.8     2.240     150.0      60.0     20.13 0.00 10.0
    2458.2     943.9     2.252     150.0      60.0     19.22 0.00 10.0
    2521.1     997.0     2.260     150.0      60.0     26.53 0.00 10.0
    2532.2    1006.6     2.276     150.0      60.0     17.08 0.00 10.0
    2600.8    1062.0     2.279     150.0      60.0     31.11 0.00 10.0
    2593.2    1060.2     2.326     150.0      60.0     28.98 0.00 10.0
    2497.5     978.0     2.337     150.0      60.0     19.83 0.00 10.0
    2450.1     937.8     2.321     150.0      60.0     16.77 0.00 10.0
    2433.2     920.1     2.307     150.0      60.0     18.00 0.00 10.0
    2500.0     976.6     2.338     150.0      60.0     25.32 0.00 10.0
    2511.4     984.3     2.335     150.0      60.0     20.44 0.00 10.0
    2506.2     977.8     2.358     150.0      60.0     21.66 0.00 10.0
    2382.2     877.5     2.337     150.0      60.0     33.55 0.00 10.0
    2298.6     806.5     2.308     150.0      60.0     32.94 0.00 10.0
    2304.0     811.0     2.305     150.0      60.0     20.13 0.00 10.0
    2367.0     866.0     2.302     150.0      60.0     16.47 0.00 10.0
    2403.8     894.8     2.363     150.0      60.0     15.25 0.00 10.0
    2347.1     847.5     2.336     150.0      60.0     39.35 0.00 10.0
    2454.2     936.6     2.346     150.0      60.0     25.62 0.00 10.0
    2309.6     810.6     2.333     150.0      60.0     21.66 0.00 10.0
    2383.0     877.2     2.341     150.0      60.0     17.08 0.00 10.0
    2615.0    1077.4     2.354     150.0      60.0     15.86 0.00 10.0
    2501.5     981.6     2.363     150.0      60.0     16.47 0.00 10.0
    2490.5     970.9     2.366     150.0      60.0     30.20 0.00 10.0
    2525.3    1000.8     2.339     150.0      60.0     27.76 0.00 10.0
    2579.7    1046.9     2.339     150.0      60.0     19.22 0.00 10.0
    2455.5     938.2     2.339     150.0      60.0     20.44 0.00 10.0
    2464.1     946.0     2.340     150.0      60.0     27.15 0.00 10.0
    2404.2     893.4     2.340     150.0      60.0     20.74 0.00 10.0
    2407.3     899.3     2.340     150.0      60.0     33.55 0.00 10.0
    2368.3     863.7     2.340     150.0      60.0     24.70 0.00 10.0
    2381.2     878.4     2.340     150.0      60.0     43.92 0.00 10.0
    2451.0     937.0     2.341     150.0      60.0     16.17 0.00 10.0
    2302.1     809.9     2.341     150.0      60.0     22.88 0.00 10.0
    2284.4     793.1     2.341     150.0      60.0     20.44 0.00 10.0
    2368.8     861.9     2.379     150.0      60.0     18.91 0.00 10.0
    2410.7     898.1     2.386     150.0      60.0     24.40 0.00 10.0
    2417.2     899.2     2.410     150.0      60.0     21.35 0.00 10.0
    2565.8    1029.5     2.419     150.0      60.0     18.91 0.00 10.0
    2688.3    1136.4     2.327     150.0      60.0     15.25 0.00 10.0
    2542.5    1012.9     2.414     150.0      60.0     18.00 0.00 10.0
    2539.2    1008.2     2.436     150.0      60.0     16.77 0.00 10.0
    2804.3    1235.7     2.398     150.0      60.0     23.79 0.00 10.0
    2394.0     885.5     2.413     150.0      60.0     15.56 0.00 10.0
    2204.5     723.7     2.349     150.0      60.0     20.44 0.00 10.0
    2067.6     607.6     2.310     150.0      60.0     31.42 0.00 10.0
    2013.5     558.5     2.282     150.0      60.0     36.91 0.00 10.0
    1917.7     479.0     2.240     150.0      60.0     19.83 0.00 10.0
    1931.7     490.3     2.246     150.0      60.0    166.23 0.00 10.0
----+----1----+----2----+----3----+----4----+----5----+----6----+----7