Bibliography

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2

M.V. Stoitsov, J. Dobaczewski, W. Nazarewicz, and P. Ring, to be published in Computer Physics Communication.

3

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4

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5

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6

P.-G. Reinhard, in Computational Nuclear Physics 1 K. Langanke, J.A. Maruhn, and S.E. Koonin, eds. (Springer Verlag, Berlin, 1991) p.28.

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8

M. Grasso, N. Van Giai, and N. Sandulescu, Phys. Lett. B 535, 103 (2002).

9

A. Bulgac and Y. Yu, Phys. Rev. Lett. 88, 042504 (2002).

10

P. Ring and P. Schuck, The Nuclear Many-Body Problem (Springer-Verlag, Berlin, 1980).

11

Y.M. Engel, D.M. Brink, K. Goeke, S.J. Krieger, and D. Vautherin, Nucl. Phys. A249, 215 (1975).

12

K. Bennaceur, J. Dobaczewski, and M. Poszajczak, Phys. Lett. B496, 154 (2000).

13

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14

J.W. Negele and D. Vautherin, Phys. Rev. C5, 1472 (1972).

15

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16

J. Skalski, Phys. Rev. C63, 024312 (2001).

17

A. Bulgac, Preprint FT-194-1980, Central Institute of Physics, Bucharest, 1980; nucl-th/9907088.

18

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19

A. Bulgac and Y. Yu, Beijing International Summer School on Subatomic Physics, 2001 and International Workshop on Nuclear Physics with RIB, Lanzhou, 2001, nucl-th/0109083.

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23

G. Dahlquist and Å. Björck, Numerical Methods, (Prentice-Hall, Engelwoods Cliffs, 1974).

24

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TEST RUN INPUT

&input
force = "SLY4",         mesh_points = 150,
integ_step = 0.2,       it_max = 150,
eps_energy = 1.e-9,     max_delta = 1.e-7,
boundary_condition = 0, xmu = 0.65,
bogolyubov = T, T,      pairing_force = 3,   regularization = F /

&nucleus  neutron = 100, proton = 50, j_max = 39, 25 /

TEST RUN OUTPUT

********************************** PR =  8 ***********************************


                            1 nucleus to compute

                             Skyrme Force = SLY4

                      --  N = 100    --    Z = 50    --

 --------------------------------  INPUT DATA  ---------------------------------
  it_max = 150       eps energ. = 1.000E-09       max delta = 1.000E-07
  Boundary_condition = 0
  Pairing force: Volume + Surface pairing  Bogolyubov transf. for both isospins
  npt = 150     integ. step = 0.200 fm     Rbox = 30.00 fm     r_cut =  30.00 fm
 -------------------------------------------------------------------------------
 Skyrme force parameters:
      t0 = -2488.913000   x0 =   0.834000    t1 =   486.818000   x1 =  -0.344000
      t2 =  -546.395000   x2 =  -1.000000    t3 = 13777.000000   x3 =   1.354000
   gamma =     0.166667    W =   123.000000
     t0' =  -283.330000  t3' =  5312.437500   gamma' =     1.000000
  hb2/2m = 20.7355300   (with 1-body c.m. correction)
 -------------------------------------------------------------------------------
  xmu = 0.65       2Jmax = 39 (neutrons),   25 (protons)
  cut_off =  60.000 MeV  (with diff.  1.000 MeV)      energ. step =  0.120 MeV
 -------------------------------------------------------------------------------

 iter  Nint       Fermi Energies           Mean Delta       Total Energy  | D(E)/E |
 ---- ------ ---- N --------- Z ---- ---- N ------- Z ---- -------------- ----------
   1   46225 -10.134865  -26.280381   0.512035   0.119232  -1066.9271332  0.1000E+01
   2   50871  -6.319108  -23.574948   0.669110   0.107073  -1107.3301783  0.3649E-01
   3   48787  -4.137505  -21.419928   0.808457   0.094809  -1155.7802126  0.4192E-01
   4   47484  -2.618452  -20.114633   0.930301   0.083488  -1127.5652230  0.2502E-01
   5   42335  -1.815561  -19.298385   1.024427   0.073335  -1129.0685156  0.1331E-02
   6   41349  -1.442125  -18.713186   1.095235   0.064446  -1137.4968802  0.7410E-02
   7   27489  -1.151068  -18.353445   1.150466   0.056740  -1132.5657761  0.4354E-02
   8   26609  -1.005877  -18.095592   1.194775   0.050069  -1131.4434353  0.9920E-03
   9   28014  -0.935437  -17.921837   1.230628   0.044285  -1131.4978982  0.4813E-04
  10   27079  -0.907358  -17.807723   1.259893   0.039286  -1131.5828931  0.7511E-04
  11   24808  -0.901746  -17.734617   1.284171   0.034992  -1131.6252463  0.3743E-04
  12   21131  -0.908367  -17.688935   1.304579   0.031240  -1131.6516680  0.2335E-04
  13   20002  -0.921223  -17.661557   1.321914   0.027931  -1131.6794938  0.2459E-04
  14   19279  -0.936657  -17.646425   1.336752   0.025005  -1131.7082567  0.2542E-04
  15   19266  -0.952516  -17.639172   1.349523   0.022408  -1131.7340677  0.2281E-04
  16   19106  -0.967636  -17.636997   1.360551   0.020098  -1131.7555177  0.1895E-04
  17   19132  -0.981457  -17.637944   1.370095   0.018038  -1131.7729552  0.1541E-04
  18   17388  -0.993767  -17.640713   1.378361   0.016199  -1131.7871750  0.1256E-04
  19   17927  -1.004548  -17.644451   1.385525   0.014554  -1131.7988684  0.1033E-04
  20   18494  -1.013882  -17.648609   1.391732   0.013081  -1131.8086476  0.8640E-05
  21   18789  -1.021901  -17.652842   1.397107   0.011760  -1131.8168763  0.7270E-05
  22   18723  -1.028753  -17.656939   1.401761   0.010576  -1131.8238454  0.6157E-05
  23   18735  -1.034587  -17.660780   1.405788   0.009512  -1131.8297696  0.5234E-05
  24   18743  -1.039540  -17.664305   1.409269   0.008557  -1131.8348142  0.4457E-05
  25   18669  -1.043739  -17.667489   1.412277   0.007699  -1131.8391107  0.3796E-05
  26   18629  -1.047294  -17.670334   1.414875   0.006927  -1131.8427681  0.3231E-05
  27   18509  -1.050303  -17.672854   1.417117   0.006234  -1131.8458785  0.2748E-05
  28   18488  -1.052848  -17.675071   1.419051   0.005610  -1131.8485207  0.2334E-05
  29   18497  -1.055000  -17.677011   1.420718   0.005049  -1131.8507625  0.1981E-05
  30   18454  -1.056821  -17.678703   1.422155   0.004544  -1131.8526628  0.1679E-05
  31   18286  -1.058362  -17.680172   1.423393   0.004090  -1131.8542722  0.1422E-05
  32   17843  -1.059666  -17.681446   1.424459   0.003682  -1131.8556344  0.1204E-05
  33   16086  -1.060769  -17.682547   1.425376   0.003314  -1131.8567870  0.1018E-05
  34   11224  -1.061704  -17.683497   1.426166   0.002983  -1131.8577619  0.8613E-06
  35   11080  -1.062497  -17.684315   1.426845   0.002685  -1131.8585863  0.7284E-06
  36   11117  -1.063168  -17.685020   1.427429   0.002417  -1131.8592836  0.6160E-06
  37   11154  -1.063737  -17.685625   1.427932   0.002176  -1131.8598733  0.5210E-06
  38   11036  -1.064220  -17.686145   1.428363   0.001958  -1131.8603721  0.4407E-06
  39   11135  -1.064630  -17.686591   1.428734   0.001763  -1131.8607941  0.3728E-06
  40   11143  -1.064978  -17.686973   1.429053   0.001587  -1131.8611513  0.3156E-06
  41   11136  -1.065273  -17.687301   1.429327   0.001429  -1131.8614538  0.2673E-06
  42   11188  -1.065524  -17.687582   1.429563   0.001286  -1131.8617099  0.2263E-06
  43   11240  -1.065738  -17.687823   1.429765   0.001158  -1131.8619269  0.1917E-06
  44   11129  -1.065919  -17.688029   1.429938   0.001042  -1131.8621109  0.1625E-06
  45   11274  -1.066073  -17.688205   1.430087   0.000938  -1131.8622668  0.1378E-06
  46   11204  -1.066204  -17.688355   1.430215   0.000845  -1131.8623992  0.1170E-06
  47   11186  -1.066316  -17.688484   1.430325   0.000760  -1131.8625113  0.9910E-07
  48   11235  -1.066411  -17.688594   1.430419   0.000684  -1131.8626065  0.8409E-07
  49   11199  -1.066492  -17.688688   1.430500   0.000616  -1131.8626873  0.7137E-07
  50   11214  -1.066560  -17.688769   1.430570   0.000555  -1131.8627560  0.6072E-07
  51   11175  -1.066619  -17.688838   1.430629   0.000499  -1131.8628142  0.5140E-07
  52   11129  -1.066669  -17.688897   1.430680   0.000449  -1131.8628638  0.4381E-07
  53   11240  -1.066711  -17.688946   1.430724   0.000405  -1131.8629060  0.3726E-07
  54   11181  -1.066747  -17.688990   1.430762   0.000364  -1131.8629417  0.3158E-07
  55   11248  -1.066778  -17.689027   1.430794   0.000328  -1131.8629722  0.2695E-07
  56   11161  -1.066805  -17.689058   1.430822   0.000295  -1131.8629981  0.2287E-07
  57   11200  -1.066827  -17.689084   1.430846   0.000266  -1131.8630201  0.1940E-07
  58   11209  -1.066846  -17.689107   1.430866   0.000239  -1131.8630389  0.1661E-07
  59   11213  -1.066862  -17.689128   1.430883   0.000215  -1131.8630548  0.1407E-07
  60   11203  -1.066876  -17.689145   1.430898   0.000194  -1131.8630684  0.1202E-07
  61   11201  -1.066888  -17.689157   1.430911   0.000174  -1131.8630799  0.1020E-07
  62   11241  -1.066898  -17.689170   1.430922   0.000157  -1131.8630898  0.8715E-08
  63   11216  -1.066907  -17.689180   1.430932   0.000141  -1131.8630982  0.7434E-08
  64   11236  -1.066914  -17.689186   1.430940   0.000127  -1131.8631053  0.6255E-08
  65   11250  -1.066920  -17.689190   1.430947   0.000115  -1131.8631114  0.5421E-08
  66   11299  -1.066926  -17.689203   1.430953   0.000103  -1131.8631166  0.4555E-08
  67   11210  -1.066930  -17.689209   1.430958   0.000093  -1131.8631210  0.3932E-08
  68   11196  -1.066934  -17.689211   1.430962   0.000084  -1131.8631248  0.3321E-08
  69   11180  -1.066937  -17.689203   1.430966   0.000075  -1131.8631280  0.2858E-08
  70   11202  -1.066940  -17.689218   1.430969   0.000068  -1131.8631308  0.2430E-08
  71   11207  -1.066943  -17.689218   1.430972   0.000061  -1131.8631331  0.2067E-08
  72   11229  -1.066945  -17.689231   1.430974   0.000055  -1131.8631351  0.1734E-08
  73   11192  -1.066946  -17.689211   1.430976   0.000049  -1131.8631368  0.1492E-08
  74   11258  -1.066948  -17.689249   1.430978   0.000044  -1131.8631382  0.1261E-08
  75   11192  -1.066949  -17.689249   1.430979   0.000040  -1131.8631395  0.1116E-08
   warning: Iterations are not progressing well and pairing seems to be small...
            Trying to force convergence for it = 2
  76   11211  -1.066950  -17.652243   1.430981   0.000002  -1131.8631406  0.9561E-09
  77   14395  -1.066951  -17.648398   1.430982   0.000001  -1131.8631415  0.7948E-09
  78   14316  -1.066952  -17.653151   1.430983   0.000001  -1131.8631421  0.5991E-09
  79   14417  -1.066953  -17.653151   1.430983   0.000001  -1131.8631428  0.6288E-09
  80   11225  -1.066953  -17.631479   1.430984   0.000001  -1131.8631434  0.4951E-09
  81   14323  -1.066954  -17.640449   1.430985   0.000001  -1131.8631438  0.3779E-09
  82   14242  -1.066954  -17.640449   1.430985   0.000001  -1131.8631442  0.3551E-09
  83   11168  -1.066955  -17.640449   1.430986   0.000001  -1131.8631445  0.2583E-09
  84   11225  -1.066955  -17.623581   1.430986   0.000001  -1131.8631449  0.3381E-09
  85   14356  -1.066955  -17.581957   1.430986   0.000001  -1131.8631452  0.2942E-09
  86   14393  -1.066955  -17.581957   1.430987   0.000001  -1131.8631454  0.1300E-09
  87   11269  -1.066956  -17.645585   1.430987   0.000001  -1131.8631455  0.1205E-09
  88   14414  -1.066956  -17.606532   1.430987   0.000000  -1131.8631457  0.1428E-09
  89   14353  -1.066956  -17.606532   1.430987   0.000000  -1131.8631459  0.1478E-09

 iter  Nint       Fermi Energies           Mean Delta       Total Energy  | D(E)/E |
 ---- ------ ---- N --------- Z ---- ---- N ------- Z ---- -------------- ----------
  90   11162  -1.066956  -17.486178   1.430987   0.000000  -1131.8631460  0.1546E-09

                     Neutrons        Protons          Total
 ..............................................................
 Fermi Ener.  =     -1.06695605    -17.48617778
 Mean Gaps    =     -1.43098737     -0.00000038
 Kinetic En.  =   1987.30592234    758.56803134   2745.87395368
 Pairing En.  =    -22.61435165      0.00000000    -22.61435165
 Pair.Kin.En. =      0.00000000      0.00000000      0.00000000

 Energies (in MeV):
  E/A =  -7.545754    Variat. =   0.000000      =====>  Etot = -1131.863146
 Contributions:
  Field = -4118.250650  Spin-Or. =  -67.645555     Coul. =  349.004642
 (Rear. =   777.050463)                         Coul.Ex. =  -18.231185

                    Neutrons       Protons          Total         Charge
 Part. numbers:   100.000000      50.000000
 Radii:             5.263562       4.820502       5.120137       4.886434

  ----------------------------------------------------------------------------------