From 8cfa61ee6dfc97afcab5dcc44788f2915b57cfec Mon Sep 17 00:00:00 2001
From: Maximilian Reininghaus <maximilian.reininghaus@kit.edu>
Date: Fri, 31 Jul 2020 16:42:13 +0200
Subject: [PATCH] removed nuc/*
---
nuc/DataSet04.dat | 1497 --------------------------
nuc/ExpDatabase_Fortran77_v04.tar.gz | Bin 22393 -> 0 bytes
nuc/Makefile_ifc | 14 -
nuc/input04.f | 782 --------------
nuc/main04.f | 20 -
5 files changed, 2313 deletions(-)
delete mode 100644 nuc/DataSet04.dat
delete mode 100644 nuc/ExpDatabase_Fortran77_v04.tar.gz
delete mode 100644 nuc/Makefile_ifc
delete mode 100644 nuc/input04.f
delete mode 100644 nuc/main04.f
diff --git a/nuc/DataSet04.dat b/nuc/DataSet04.dat
deleted file mode 100644
index 6a6787f03..000000000
--- a/nuc/DataSet04.dat
+++ /dev/null
@@ -1,1497 +0,0 @@
-SPHERICA ! Z N B [MeV] dB[MeV] R0 [fm] sigma [fm] Rch [fm] Rp [fm]
- 71
- 6 6 -92.16069 0.00000 2.44300 0.81000 0.00000 0.00000
- 8 8 -127.61723 0.00000 2.77700 0.83900 2.70100 2.57728
- 14 20 -283.42083 0.01411 0.00000 0.00000 0.00000 0.00000
- 16 20 -308.70312 0.00018 3.57700 0.99400 3.29900 3.20303
- 18 20 -327.32804 0.00034 0.00000 0.00000 3.40400 3.30864
- 20 16 -281.34140 0.04000 0.00000 0.00000 0.00000 0.00000
- 20 18 -313.10392 0.00456 0.00000 0.00000 0.00000 0.00000
- 20 20 -342.03360 0.00020 3.84500 0.97800 3.47800 3.38282
- 20 22 -361.87704 0.00025 3.87600 0.99900 3.51300 3.42049
- 20 24 -380.94104 0.00040 3.91200 0.97500 3.52300 3.43245
- 20 26 -398.75027 0.00225 0.00000 0.00000 3.50200 3.41260
- 20 28 -415.97198 0.00408 3.96400 0.88100 3.47900 3.39070
- 20 30 -427.47131 0.00925 0.00000 0.00000 3.52300 3.43752
- 20 32 -436.55224 0.69862 0.00000 0.00000 0.00000 0.00000
- 22 20 -346.88210 0.00546 0.00000 0.00000 0.00000 0.00000
- 22 28 -437.75775 0.00080 4.05100 0.94700 3.57000 3.48189
- 24 28 -456.32058 0.00078 4.17300 0.92400 3.64200 3.55394
- 26 28 -471.72806 0.00070 4.25800 0.90000 3.69300 3.60474
- 28 28 -483.95050 0.01109 0.00000 0.00000 3.75000 3.66189
- 28 30 -506.41717 0.00064 4.36400 0.00000 3.77600 3.68964
- 28 32 -526.80421 0.00060 4.39600 0.92600 3.81800 3.73372
- 28 34 -545.22083 0.00062 4.43800 0.93700 3.84800 3.76550
- 28 36 -561.71668 0.00064 4.48600 0.91600 3.86800 3.78703
- 28 40 -590.36648 0.00299 0.00000 0.00000 0.00000 0.00000
- 34 50 -727.28411 0.00198 0.00000 0.00000 0.00000 0.00000
- 36 50 -749.15919 0.00009 0.00000 0.00000 4.18400 4.11071
- 38 50 -768.38296 0.00106 4.99400 0.92300 4.22000 4.14633
- 40 50 -783.79526 0.00234 5.04000 0.95700 4.26900 4.19528
- 42 50 -796.39907 0.00377 5.10400 0.95000 4.31500 4.24126
- 44 50 -806.74888 0.00390 0.00000 0.00000 0.00000 0.00000
- 46 50 -814.91396 0.00470 0.00000 0.00000 0.00000 0.00000
- 48 50 -820.91761 0.07801 0.00000 0.00000 0.00000 0.00000
- 50 50 -824.62947 0.70540 0.00000 0.00000 0.00000 0.00000
- 50 58 -914.50074 0.00574 0.00000 0.00000 4.56300 4.49294
- 50 62 -953.36675 0.00426 5.47700 0.96300 4.59600 4.52748
- 50 64 -971.40893 0.00319 5.50900 0.94800 4.61000 4.54220
- 50 66 -988.51881 0.00290 5.54100 0.94500 4.62600 4.55895
- 50 68 -1004.78946 0.00283 5.57100 0.93100 4.64000 4.57366
- 50 70 -1020.38103 0.00252 5.59100 0.00000 4.65200 4.58634
- 50 72 -1035.36456 0.00268 5.62800 0.89500 4.66300 4.59800
- 50 74 -1049.79795 0.00136 5.64000 0.90800 4.67400 4.60966
- 50 76 -1063.72433 0.01071 0.00000 0.00000 0.00000 0.00000
- 50 78 -1077.18119 0.02726 0.00000 0.00000 0.00000 0.00000
- 50 80 -1090.12811 0.01066 0.00000 0.00000 0.00000 0.00000
- 50 82 -1102.68603 0.01360 0.00000 0.00000 0.00000 0.00000
- 50 84 -1109.07025 0.09996 0.00000 0.00000 0.00000 0.00000
- 52 82 -1123.25310 0.01072 0.00000 0.00000 0.00000 0.00000
- 54 82 -1141.67949 0.00707 0.00000 0.00000 4.79100 4.72873
- 56 82 -1158.07598 0.00041 5.86800 0.90000 4.83400 4.77163
- 58 82 -1172.45664 0.00252 0.00000 0.00000 4.87700 4.81458
- 60 82 -1184.88667 0.00227 5.87600 0.98900 4.91500 4.85250
- 62 82 -1195.46065 0.00274 0.00000 0.00000 4.96000 4.89755
- 64 82 -1204.13814 0.00467 0.00000 0.00000 4.98400 4.92137
- 66 82 -1210.45971 0.01066 0.00000 0.00000 5.04600 4.98370
- 68 82 -1214.98739 0.01725 0.00000 0.00000 5.07600 5.01365
- 70 82 -1218.01338 0.20839 0.00000 0.00000 0.00000 0.00000
- 80 126 -1620.54246 0.02039 0.00000 0.00000 5.48500 5.43129
- 82 116 -1559.48128 0.01465 0.00000 0.00000 5.45000 5.39422
- 82 118 -1575.81684 0.01100 0.00000 0.00000 5.45900 5.40357
- 82 120 -1591.64987 0.00808 0.00000 0.00000 5.47400 5.41899
- 82 122 -1606.96857 0.00122 6.74900 0.91800 5.48300 5.42834
- 82 124 -1621.78701 0.00124 6.76600 0.92100 5.49400 5.43971
- 82 126 -1635.89266 0.00125 6.77600 0.91300 5.50400 5.45007
- 82 128 -1645.01508 0.00147 0.00000 0.00000 5.52300 5.46952
- 82 130 -1653.97679 0.00212 0.00000 0.00000 5.54200 5.48896
- 82 132 -1662.75325 0.00235 0.00000 0.00000 5.55900 5.50638
- 84 126 -1644.64324 0.00126 0.00000 0.00000 5.53400 5.47998
- 86 126 -1651.89482 0.00318 0.00000 0.00000 5.55500 5.50082
- 88 126 -1657.67874 0.00920 0.00000 0.00000 5.57100 5.51662
- 90 126 -1662.01769 0.01296 0.00000 0.00000 0.00000 0.00000
- 92 126 -1664.94051 0.03052 0.00000 0.00000 0.00000 0.00000
-DEFORMED ! Z N B [MeV] dB [MeV] b2 (SLy4) Meas.
- 233
- 10 12 -177.76671 0.00002 0.26752 1
- 12 10 -168.57233 0.00134 0.31598 1
- 12 12 -198.25158 0.00002 0.41246 1
- 12 24 -259.73456 0.50400 0.33813 0
- 14 24 -299.81662 0.13748 0.25111 1
- 14 26 -306.42490 0.55604 0.28952 1
- 24 24 -411.43757 0.00739 0.29557 1
- 24 26 -435.02054 0.00100 0.27046 1
- 26 24 -417.66588 0.06000 0.28607 1
- 26 26 -447.66458 0.00655 0.26089 1
- 32 32 -545.82241 0.03168 0.27548 1
- 34 56 -755.66446 0.36000 0.26161 0
- 38 38 -637.84931 0.03724 0.63780 1
- 40 66 -883.83736 0.53000 0.51161 0
- 44 58 -877.82772 0.00204 0.25697 1
- 44 60 -892.96127 0.00312 0.30122 1
- 46 64 -940.07111 0.01089 0.26280 1
- 46 70 -980.00574 0.00792 0.25848 1
- 52 58 -919.25903 0.05269 0.25156 1
- 52 60 -940.42588 0.17024 0.25769 1
- 52 62 -961.15577 0.02793 0.36961 1
- 54 58 -921.50947 0.10405 0.32107 1
- 54 60 -944.77137 0.01117 0.34862 1
- 54 62 -966.87486 0.01299 0.39437 1
- 54 64 -988.04976 0.01038 0.42105 1
- 54 66 -1008.28584 0.01176 0.41785 1
- 54 68 -1027.61101 0.01110 0.39897 1
- 54 70 -1046.05870 0.00186 0.34610 1
- 54 72 -1063.70971 0.00630 0.28664 1
- 54 90 -1177.14600 0.28800 0.25107 0
- 56 60 -946.80802 0.34800 0.46283 0
- 56 62 -970.80602 0.23600 0.52386 0
- 56 64 -993.41930 0.30012 0.49423 1
- 56 66 -1015.28225 0.02794 0.45705 1
- 56 68 -1035.90570 0.01252 0.42758 1
- 56 70 -1055.62849 0.01247 0.38676 1
- 56 72 -1074.50274 0.01011 0.33565 1
- 56 74 -1092.50539 0.00273 0.28219 1
- 56 90 -1199.38499 0.07227 0.28276 1
- 56 92 -1208.54101 0.08421 0.32530 1
- 58 64 -996.87112 0.36600 0.55452 0
- 58 66 -1020.03712 0.24800 0.51992 0
- 58 68 -1042.19551 0.02797 0.47928 1
- 58 70 -1063.05152 0.02790 0.43066 1
- 58 72 -1083.08320 0.02795 0.37076 1
- 58 74 -1102.27691 0.02059 0.30596 1
- 58 88 -1208.47679 0.06643 0.27043 1
- 58 90 -1219.33470 0.02945 0.33434 1
- 58 92 -1229.91032 0.04785 0.39587 1
- 58 94 -1240.38912 0.15200 0.41706 0
- 58 96 -1250.09112 0.46200 0.42490 0
- 60 66 -1022.73930 0.37800 0.55224 0
- 60 68 -1046.14530 0.25600 0.53313 0
- 60 70 -1068.67199 0.02795 0.55097 1
- 60 72 -1089.64422 0.02416 0.55943 1
- 60 74 -1110.00739 0.01179 0.32527 1
- 60 76 -1129.70293 0.01183 0.26073 1
- 60 88 -1224.77282 0.00281 0.29271 1
- 60 90 -1237.19175 0.00315 0.39403 1
- 60 92 -1249.80272 0.02462 0.43627 1
- 60 94 -1261.47885 0.11396 0.44992 1
- 60 96 -1272.46022 0.20296 0.45671 1
- 60 98 -1282.54730 0.47400 0.45965 0
- 62 68 -1048.04454 0.39000 0.53869 0
- 62 70 -1071.82854 0.26400 0.54703 0
- 62 72 -1094.23654 0.13400 0.55625 0
- 62 74 -1115.72911 0.01251 0.35409 1
- 62 76 -1136.55860 0.01187 0.28020 1
- 62 88 -1238.97399 0.00240 0.31499 1
- 62 90 -1252.82804 0.00243 0.41549 1
- 62 92 -1266.66344 0.00262 0.44882 1
- 62 94 -1279.71483 0.00952 0.45958 1
- 62 96 -1291.69986 0.07837 0.46619 1
- 62 98 -1303.08454 0.16000 0.46941 0
- 62 100 -1313.54454 0.48600 0.46957 0
- 64 72 -1096.40682 0.40800 0.54681 0
- 64 74 -1119.29682 0.13800 0.52743 0
- 64 88 -1251.18707 0.00258 0.32767 1
- 64 90 -1266.32864 0.00246 0.40202 1
- 64 92 -1281.30023 0.00250 0.44183 1
- 64 94 -1295.59749 0.00253 0.45463 1
- 64 96 -1308.99194 0.00256 0.46137 1
- 64 98 -1321.47330 0.00454 0.46516 1
- 64 100 -1333.02282 0.32800 0.46572 0
- 64 102 -1343.80482 0.66400 0.46117 0
- 66 74 -1120.80014 0.56000 0.51905 0
- 66 88 -1261.42632 0.00770 0.32280 1
- 66 90 -1277.70063 0.00655 0.38571 1
- 66 92 -1293.72542 0.00348 0.43079 1
- 66 94 -1309.13406 0.00256 0.44749 1
- 66 96 -1323.78552 0.00259 0.45499 1
- 66 98 -1337.71449 0.00246 0.45935 1
- 66 100 -1350.47410 0.00249 0.46048 1
- 66 102 -1362.59073 0.13994 0.45600 1
- 66 104 -1373.79014 0.17000 0.44510 0
- 68 88 -1269.79523 0.02449 0.30023 1
- 68 90 -1287.02880 0.02528 0.35779 1
- 68 92 -1303.92609 0.02448 0.40452 1
- 68 94 -1320.35290 0.00340 0.43385 1
- 68 96 -1336.10249 0.00312 0.44738 1
- 68 98 -1351.22716 0.00249 0.45398 1
- 68 100 -1365.43500 0.00252 0.45582 1
- 68 102 -1378.69547 0.00272 0.45165 1
- 68 104 -1391.21286 0.00464 0.44102 1
- 68 106 -1402.79249 0.34800 0.42550 0
- 70 88 -1276.15050 0.00822 0.27784 1
- 70 90 -1294.44801 0.01648 0.32482 1
- 70 92 -1312.25256 0.01604 0.36478 1
- 70 94 -1329.58624 0.01607 0.40004 1
- 70 96 -1346.29473 0.00830 0.43024 1
- 70 98 -1362.42349 0.00437 0.45114 1
- 70 100 -1377.76048 0.00238 0.45638 1
- 70 102 -1392.39445 0.00241 0.45035 1
- 70 104 -1406.22627 0.00244 0.43576 1
- 70 106 -1418.91345 0.00264 0.41847 1
- 70 108 -1431.26039 0.01032 0.40207 1
- 72 88 -1280.62524 0.01152 0.26012 1
- 72 90 -1300.00369 0.00956 0.29605 1
- 72 92 -1318.79482 0.02034 0.32715 1
- 72 94 -1336.97491 0.02789 0.35843 1
- 72 96 -1354.61911 0.02789 0.39202 1
- 72 98 -1371.65495 0.02788 0.44582 1
- 72 100 -1387.94738 0.02442 0.46359 1
- 72 102 -1403.53303 0.00278 0.45428 1
- 72 104 -1418.40662 0.00229 0.41845 1
- 72 106 -1432.41596 0.00214 0.39316 1
- 72 108 -1445.90278 0.00216 0.37754 1
- 72 110 -1458.31546 0.00637 0.36434 1
- 74 90 -1303.61571 0.01181 0.27007 1
- 74 92 -1323.41644 0.01046 0.29382 1
- 74 94 -1342.55744 0.01630 0.31962 1
- 74 96 -1361.10309 0.01513 0.36255 1
- 74 98 -1379.04965 0.02786 0.43185 1
- 74 100 -1396.32210 0.02801 0.45015 1
- 74 102 -1412.87927 0.02798 0.44309 1
- 74 104 -1428.79638 0.01531 0.39061 1
- 74 106 -1444.16739 0.00396 0.36159 1
- 74 108 -1458.91307 0.00091 0.34661 1
- 74 110 -1472.51556 0.00092 0.33351 1
- 74 112 -1485.46046 0.00167 0.31548 1
- 74 114 -1497.76058 0.00338 0.28799 1
- 74 116 -1509.53254 0.16492 0.25136 1
- 76 92 -1326.06544 0.01210 0.25837 1
- 76 94 -1346.14517 0.01088 0.27800 1
- 76 96 -1365.59807 0.01462 0.39704 1
- 76 98 -1384.49897 0.01114 0.42099 1
- 76 100 -1402.74321 0.02798 0.43157 1
- 76 102 -1420.33418 0.01638 0.42633 1
- 76 104 -1437.28946 0.02034 0.39016 1
- 76 106 -1453.68238 0.02166 0.34946 1
- 76 108 -1469.47195 0.00129 0.32709 1
- 76 110 -1484.35808 0.00130 0.30812 1
- 76 112 -1498.63756 0.00150 0.28613 1
- 76 114 -1512.35012 0.00152 0.25840 1
- 78 98 -1387.97979 0.01443 0.40918 1
- 78 100 -1407.19257 0.01086 0.42264 1
- 78 102 -1425.77316 0.01098 0.42119 1
- 78 104 -1443.64914 0.01565 0.40118 1
- 78 106 -1460.95459 0.01822 0.36856 1
- 78 108 -1477.62966 0.02176 0.33139 1
- 80 102 -1429.46162 0.00965 0.42682 1
- 88 138 -1730.96591 0.00226 0.26738 1
- 88 140 -1741.83584 0.00251 0.28587 1
- 88 142 -1752.40246 0.01219 0.30148 1
- 90 136 -1729.83809 0.00475 0.28285 1
- 90 138 -1742.40562 0.00228 0.30560 1
- 90 140 -1754.45645 0.00184 0.32075 1
- 90 142 -1766.01478 0.00209 0.33337 1
- 90 144 -1776.99141 0.00351 0.34352 1
- 90 146 -1787.26475 0.23600 0.34980 0
- 92 134 -1724.10556 0.01311 0.27440 1
- 92 136 -1738.35228 0.01505 0.31225 1
- 92 138 -1752.10483 0.00483 0.33329 1
- 92 140 -1765.25149 0.00232 0.34715 1
- 92 142 -1777.85822 0.00187 0.35853 1
- 92 144 -1789.70112 0.00189 0.36677 1
- 92 146 -1800.98110 0.00190 0.37049 1
- 92 148 -1811.71758 0.00504 0.36876 1
- 94 136 -1745.18385 0.01518 0.32796 1
- 94 138 -1759.89465 0.01810 0.34664 1
- 94 140 -1774.05327 0.00702 0.36027 1
- 94 142 -1787.64270 0.00212 0.37183 1
- 94 144 -1800.52348 0.00190 0.38030 1
- 94 146 -1812.70387 0.00192 0.38394 1
- 94 148 -1824.25491 0.00194 0.38215 1
- 94 150 -1835.31058 0.00512 0.37683 1
- 96 140 -1781.01680 0.23600 0.36935 0
- 96 142 -1795.68911 0.03665 0.38077 1
- 96 144 -1809.50224 0.00240 0.38934 1
- 96 146 -1822.56507 0.00194 0.39340 1
- 96 148 -1835.05913 0.00171 0.39233 1
- 96 150 -1847.03719 0.00197 0.38842 1
- 96 152 -1858.40608 0.00496 0.38351 1
- 98 142 -1801.57723 0.24000 0.38866 0
- 98 144 -1816.42832 0.03678 0.39702 1
- 98 146 -1830.42944 0.00293 0.40140 1
- 98 148 -1843.95952 0.00221 0.40088 1
- 98 150 -1856.95416 0.00521 0.39770 1
- 98 152 -1869.16473 0.00200 0.39386 1
- 98 154 -1880.44518 0.00504 0.38872 1
- 98 156 -1891.28115 0.01219 0.38061 1
- 100 144 -1821.32853 0.24400 0.40128 0
- 100 146 -1836.30537 0.03862 0.40601 1
- 100 148 -1850.68221 0.01166 0.40598 1
- 100 150 -1864.65753 0.01200 0.40339 1
- 100 152 -1878.05634 0.00580 0.40036 1
- 100 154 -1890.11218 0.00279 0.39617 1
- 100 156 -1901.67298 0.00717 0.38846 1
- 100 158 -1912.98053 0.25800 0.37580 0
- 102 148 -1855.59468 0.25000 0.40581 0
- 102 150 -1870.38620 0.01310 0.40377 1
- 102 152 -1884.68553 0.01753 0.40139 1
- 102 154 -1897.72867 0.00794 0.39779 1
- 102 156 -1910.10068 0.25800 0.39039 0
- 102 158 -1922.31468 0.26000 0.37800 0
- 102 160 -1933.96468 0.52400 0.36201 0
- 104 152 -1889.70921 0.02406 0.39725 1
- 104 154 -1903.60768 0.25800 0.39400 0
- 104 156 -1917.07168 0.26000 0.38730 0
- 104 158 -1929.99168 0.26200 0.37652 0
- 104 160 -1942.35568 0.52800 0.36299 0
- 104 162 -1954.68368 0.53200 0.35035 0
- 106 154 -1908.03775 0.03874 0.38787 1
- 106 156 -1922.34951 0.26200 0.38176 0
- 106 158 -1936.23951 0.26400 0.37234 0
- 106 160 -1949.31951 0.26600 0.36073 0
- 106 162 -1962.10751 0.53600 0.34929 0
- 106 164 -1974.05751 0.54000 0.33592 0
- 108 156 -1925.69700 0.04380 0.30000 1
- 108 158 -1940.23016 0.26600 0.36570 0
- 108 160 -1954.55816 0.53600 0.35506 0
- 108 162 -1968.34216 0.27000 0.34422 0
- 108 164 -1980.21016 0.54400 0.33152 0
- 108 166 -1992.58616 0.54800 0.31692 0
-DELTA3_N ! Z N Delta3 Error Meas.
- 179
- 66 90 1.236011 0.015817 1
- 66 91 1.043146 0.011608 1
- 66 92 1.111383 0.008124 1
- 66 93 0.871543 0.005721 1
- 66 94 1.060700 0.005200 1
- 66 95 0.871266 0.005152 1
- 66 96 0.963021 0.005184 1
- 66 97 0.693528 0.005134 1
- 66 98 0.970962 0.005001 1
- 66 99 0.663721 0.004950 1
- 66 100 0.812905 0.033871 1
- 66 101 0.640595 0.131504 1
- 66 102 0.794315 0.320413 1
- 66 103 0.489430 0.455623 0
- 66 104 0.798569 0.491326 0
- 66 105 0.667000 0.599000 0
- 66 106 0.878000 0.774500 0
- 68 90 1.310176 0.041399 1
- 68 91 1.113687 0.029173 1
- 68 92 1.170212 0.031296 1
- 68 93 0.991497 0.023279 1
- 68 94 1.151089 0.010679 1
- 68 95 0.972069 0.008475 1
- 68 96 1.098414 0.007291 1
- 68 97 0.912298 0.005938 1
- 68 98 1.019105 0.005310 1
- 68 99 0.667499 0.005010 1
- 68 100 0.884072 0.005040 1
- 68 101 0.626958 0.005155 1
- 68 102 0.787811 0.005356 1
- 68 103 0.577123 0.006418 1
- 68 104 0.795093 0.092512 0
- 68 105 0.544184 0.349322 0
- 68 106 0.797500 0.609500 0
- 68 107 0.597000 0.700000 0
- 68 108 0.720000 0.792500 0
- 70 90 1.326147 0.033592 1
- 70 91 1.156470 0.032198 1
- 70 92 1.257375 0.031995 1
- 70 93 1.122843 0.032029 1
- 70 94 1.226862 0.038001 1
- 70 95 1.018287 0.040071 1
- 70 96 1.147836 0.024580 1
- 70 97 0.987519 0.011010 1
- 70 98 1.092449 0.008903 1
- 70 99 0.801494 0.007768 1
- 70 100 0.927748 0.005774 1
- 70 101 0.702494 0.004788 1
- 70 102 0.826099 0.004816 1
- 70 103 0.548626 0.004844 1
- 70 104 0.821005 0.004872 1
- 70 105 0.521062 0.004988 1
- 70 106 0.649099 0.005192 1
- 70 107 0.607020 0.009137 1
- 70 108 0.967020 0.190652 0
- 70 109 0.599273 0.543162 0
- 70 110 0.825500 0.720000 0
- 72 90 1.370594 0.034765 1
- 72 91 1.211121 0.042820 1
- 72 92 1.360707 0.048215 1
- 72 93 1.204780 0.051997 1
- 72 94 1.307404 0.055775 1
- 72 95 1.142078 0.055777 1
- 72 96 1.268299 0.055775 1
- 72 97 1.090345 0.055769 1
- 72 98 1.179695 0.056272 1
- 72 99 0.897333 0.055051 1
- 72 100 0.981974 0.052886 1
- 72 101 0.713233 0.041630 1
- 72 102 0.898721 0.018197 1
- 72 103 0.728173 0.005336 1
- 72 104 0.890780 0.004750 1
- 72 105 0.621263 0.004336 1
- 72 106 0.763501 0.004272 1
- 72 107 0.644483 0.004296 1
- 72 108 0.846532 0.004320 1
- 72 109 0.511504 0.006437 1
- 72 110 0.709429 0.022462 1
- 72 111 0.493735 0.053069 1
- 72 112 0.695571 0.147250 0
- 72 113 0.609344 0.390872 0
- 72 114 0.758000 0.651500 0
- 72 115 0.734000 0.842000 0
- 90 136 0.861069 0.008582 1
- 90 137 0.821505 0.006010 1
- 90 138 0.924103 0.004903 1
- 90 139 0.768352 0.004808 1
- 90 140 0.837797 0.004138 1
- 90 141 0.660994 0.003812 1
- 90 142 0.826877 0.004060 1
- 90 143 0.701911 0.004896 1
- 90 144 0.880002 0.029586 1
- 90 145 0.706443 0.169810 0
- 90 146 0.792555 0.498027 0
- 90 147 0.700000 0.711000 0
- 92 136 0.891580 0.026424 1
- 92 137 0.790906 0.015893 1
- 92 138 0.894230 0.009308 1
- 92 139 0.694606 0.006578 1
- 92 140 0.752914 0.005220 1
- 92 141 0.541259 0.004892 1
- 92 142 0.773575 0.004210 1
- 92 143 0.623977 0.003760 1
- 92 144 0.709860 0.003776 1
- 92 145 0.514288 0.003792 1
- 92 146 0.673860 0.003808 1
- 92 147 0.561677 0.005384 1
- 92 148 0.727979 0.126496 0
- 92 149 0.685520 0.364520 0
- 94 136 0.908780 0.053995 1
- 94 137 0.635736 0.042972 1
- 94 138 0.803041 0.056427 1
- 94 139 0.694259 0.062886 1
- 94 140 0.768226 0.042524 1
- 94 141 0.557598 0.025252 1
- 94 142 0.735778 0.013530 1
- 94 143 0.559636 0.004147 1
- 94 144 0.676976 0.003927 1
- 94 145 0.444117 0.003824 1
- 94 146 0.646420 0.003840 1
- 94 147 0.534049 0.003856 1
- 94 148 0.637640 0.004479 1
- 94 149 0.493543 0.006689 1
- 94 150 0.625302 0.013931 1
- 94 151 0.505728 0.024643 1
- 94 152 0.686288 0.145979 0
- 96 138 0.860121 0.171634 0
- 96 139 0.549677 0.362126 0
- 96 140 0.709000 0.472000 0
- 96 141 0.734157 0.373326 0
- 96 142 0.882814 0.155152 0
- 96 143 0.601877 0.019526 0
- 96 144 0.707599 0.003484 0
- 96 145 0.438176 0.004337 1
- 96 146 0.638396 0.004114 1
- 96 147 0.554231 0.004009 1
- 96 148 0.640464 0.003781 1
- 96 149 0.468693 0.003798 1
- 96 150 0.650947 0.005171 1
- 96 151 0.528623 0.007910 1
- 96 152 0.749956 0.009673 1
- 96 153 0.559696 0.013085 1
- 96 154 0.709914 0.025160 1
- 96 155 0.679776 0.154466 0
- 98 140 0.831500 0.832500 0
- 98 141 0.598000 0.597000 0
- 98 142 0.720000 0.480000 0
- 98 143 0.638542 0.379392 0
- 98 144 0.800084 0.278784 0
- 98 145 0.536646 0.262856 0
- 98 146 0.686725 0.125898 0
- 98 147 0.601284 0.005511 1
- 98 148 0.669912 0.007759 1
- 98 149 0.470818 0.011862 1
- 98 150 0.691349 0.010404 1
- 98 151 0.519847 0.005845 1
- 98 152 0.758315 0.005379 1
- 98 153 0.531722 0.008038 1
- 98 154 0.683826 0.010335 1
- 98 155 0.613687 0.014688 1
- 98 156 0.722790 0.142728 0
- 98 157 0.657956 0.389096 0
- 100 143 0.609000 0.607000 0
- 100 144 0.853500 0.488000 0
- 100 145 0.755418 0.386311 0
- 100 146 0.778836 0.284622 0
- 100 147 0.502258 0.272139 0
- 100 148 0.723680 0.135156 0
- 100 149 0.744340 0.011828 0
- 100 150 0.786805 0.016141 0
- 100 151 0.541016 0.017181 1
- 100 152 0.850559 0.011835 1
- 100 153 0.488613 0.008090 1
- 100 154 0.670112 0.007114 1
- 100 155 0.604096 0.009826 1
- 100 156 0.708287 0.012803 1
- 100 157 0.685852 0.139009 0
- 100 158 0.885314 0.390713 0
- 100 159 0.899000 0.648000 0
-DELTA3_P ! N Z Delta3 Error Meas.
- 149
- 90 56 1.547525 0.101742 1
- 90 57 0.846937 0.098930 1
- 90 58 1.438443 0.094536 1
- 90 59 0.983616 0.098400 1
- 90 60 1.463936 0.046842 1
- 90 61 0.833878 0.008076 1
- 90 62 1.384523 0.006299 1
- 90 63 0.867323 0.004896 1
- 90 64 1.399328 0.009733 1
- 90 65 0.867022 0.016598 1
- 90 66 1.488387 0.024843 1
- 90 67 1.087846 0.040408 1
- 90 68 1.604275 0.051518 1
- 90 69 1.166224 0.048864 1
- 90 70 1.603471 0.044479 1
- 90 71 1.108959 0.041033 1
- 90 72 1.621532 0.042636 1
- 90 73 1.162271 0.048825 1
- 90 74 1.634994 0.044739 1
- 94 56 1.545614 0.751000 0
- 94 57 0.550885 0.754000 0
- 94 58 1.165221 0.430367 0
- 94 59 0.796868 0.236714 0
- 94 60 1.390670 0.180862 1
- 94 61 0.557600 0.091808 1
- 94 62 1.150088 0.027220 1
- 94 63 0.565913 0.011360 1
- 94 64 1.193627 0.006469 1
- 94 65 0.648296 0.005088 1
- 94 66 1.307286 0.005442 1
- 94 67 0.807411 0.006201 1
- 94 68 1.373835 0.008027 1
- 94 69 0.947508 0.015768 1
- 94 70 1.434169 0.032370 1
- 94 71 0.998500 0.048545 1
- 94 72 1.462478 0.055115 1
- 94 73 1.023384 0.049981 1
- 94 74 1.521906 0.044268 1
- 98 58 1.454616 1.247000 0
- 98 59 0.965883 1.020000 0
- 98 60 1.560118 0.789000 0
- 98 61 0.569882 0.476000 0
- 98 62 1.110119 0.400500 0
- 98 63 0.576117 0.404268 0
- 98 64 1.089316 0.167900 0
- 98 65 0.528730 0.008225 1
- 98 66 1.220352 0.006061 1
- 98 67 0.547715 0.004950 1
- 98 68 1.205275 0.005064 1
- 98 69 0.704661 0.006101 1
- 98 70 1.261905 0.008323 1
- 98 71 0.836722 0.021363 1
- 98 72 1.355072 0.044436 1
- 98 73 0.955037 0.055745 1
- 98 74 1.460228 0.055814 1
- 102 62 1.294119 1.557500 0
- 102 63 0.673880 1.402000 0
- 102 64 1.151121 1.161000 0
- 102 65 0.639171 0.735972 0
- 102 66 1.258002 0.316999 0
- 102 67 0.536252 0.091443 1
- 102 68 1.105483 0.014058 1
- 102 69 0.471835 0.005129 1
- 102 70 1.209795 0.004902 1
- 102 71 0.667558 0.005018 1
- 102 72 1.199502 0.017995 1
- 102 73 0.835269 0.043384 1
- 102 74 1.302755 0.055967 1
- 106 66 1.536122 0.944500 0
- 106 67 0.785877 0.692000 0
- 106 68 1.231061 0.546025 0
- 106 69 0.394551 0.225370 0
- 106 70 1.141859 0.028727 1
- 106 71 0.579946 0.004512 1
- 106 72 1.066655 0.004272 1
- 106 73 0.677826 0.005196 1
- 106 74 1.205591 0.011279 1
- 140 87 0.764086 0.327361 0
- 140 88 1.262631 0.069164 1
- 140 89 0.850493 0.035379 1
- 140 90 1.225721 0.019598 1
- 140 91 0.688164 0.004390 1
- 140 92 1.077069 0.028989 1
- 140 93 0.469344 0.055697 1
- 140 94 0.956174 0.150033 0
- 140 95 0.523878 0.356510 0
- 140 96 0.963141 0.472000 0
- 140 97 0.571858 0.593000 0
- 142 87 0.861930 0.271422 0
- 142 88 1.349118 0.080865 1
- 142 89 0.934167 0.107162 1
- 142 90 1.255505 0.053148 1
- 142 91 0.692402 0.004077 1
- 142 92 1.120897 0.003861 1
- 142 93 0.519916 0.003878 1
- 142 94 0.930851 0.003064 0
- 142 95 0.472750 0.019388 0
- 142 96 1.017455 0.156152 0
- 142 97 0.483015 0.377326 0
- 142 98 0.981142 0.480000 0
- 142 99 0.579857 0.603000 0
- 144 88 1.275636 0.579500 0
- 144 89 0.913196 0.350755 0
- 144 90 1.344074 0.145038 0
- 144 91 0.800021 0.052754 1
- 144 92 1.155614 0.027864 1
- 144 93 0.567539 0.003792 1
- 144 94 0.968146 0.004047 1
- 144 95 0.446946 0.004542 1
- 144 96 0.978702 0.124095 0
- 144 97 0.484120 0.260592 0
- 144 98 1.060226 0.278784 0
- 144 99 0.623399 0.383392 0
- 144 100 1.120643 0.488000 0
- 146 89 0.822863 0.822000 0
- 146 90 1.192751 0.521007 0
- 146 91 0.745368 0.218966 0
- 146 92 1.168272 0.052986 1
- 146 93 0.594382 0.004063 1
- 146 94 0.997465 0.003959 1
- 146 95 0.469764 0.003856 1
- 146 96 1.008497 0.005330 1
- 146 97 0.548814 0.007292 1
- 146 98 1.086708 0.127858 0
- 146 99 0.630379 0.265775 0
- 146 100 1.044979 0.284622 0
- 146 101 0.492274 0.390311 0
- 148 91 0.688382 0.360520 0
- 148 92 1.116487 0.159967 0
- 148 93 0.544839 0.074342 1
- 148 94 1.000597 0.038456 1
- 148 95 0.589801 0.004009 1
- 148 96 1.042104 0.003904 1
- 148 97 0.542491 0.004166 1
- 148 98 1.117592 0.003316 0
- 148 99 0.603842 0.006935 0
- 148 100 1.112323 0.136156 0
- 148 101 0.715696 0.379828 0
- 148 102 1.146645 0.500000 0
- 150 93 0.824535 0.123562 0
- 150 94 1.143003 0.006839 0
- 150 95 0.687758 0.006976 1
- 150 96 1.076950 0.006400 1
- 150 97 0.561325 0.009022 1
- 150 98 1.145474 0.007925 0
- 150 99 0.622821 0.008604 0
- 150 100 1.037143 0.137500 0
- 150 101 0.464116 0.263552 0
- 150 102 0.967665 0.265104 0
-SDSTATES ! Z N B [MeV] ESD [MeV] beta Reference
- 13
- 18 18 -306.70166 4.329 0.6 Nucl. Phys. A682, 1c (2001)
- 20 20 -342.03357 5.212 0.6 Phys. Rev. Lett. 87, 222501 (2001)
- 30 30 -514.94141 7.500 0.6 Phys. Rev. Lett. 82, 3400 (1999)
- 66 86 -1245.01013 7.500 0.6 Phys. Rev. Lett. 88, 042501 (2002)
- 80 112 -1518.61035 5.300 0.6 Phys. Rev. Lett. 77, 1707 (1996)
- 80 114 -1534.93335 6.017 0.6 Phys. Rev. Lett. 73, 777 (1994)
- 82 110 -1507.55969 4.011 0.6 Phys. Rev. C49, 2849 (1994)
- 82 112 -1525.35364 4.640 0.6 Phys. Rev. C55, 2819 (1997)
- 82 114 -1542.64868 5.630 0.6 ANU-P/1667 (2005)
- 92 144 -1789.70166 2.750 0.7
- 92 146 -1800.98157 2.557 0.7
- 94 146 -1812.70387 2.800 0.7
- 96 146 -1822.56482 1.900 0.7
-MONOPRES ! Z N E [MeV] DeltaE [MeV]
- 3
- 40 50 17.81 0.35
- 50 66 15.83 0.06
- 82 126 14.18 0.11
-DIPOLRES ! Z N E [MeV]
- 3
- 40 50 16.74
- 50 66 15.68
- 82 126 13.63
-ODDNUCLE ! Z N Spin Par. Meas.
- 630
- 6 5 1.5 -1 1
- 6 7 0.5 -1 1
- 6 9 0.5 1 1
- 7 4 0.5 1 1
- 7 6 0.5 -1 1
- 7 8 0.5 -1 1
- 7 10 0.5 -1 1
- 8 7 0.5 -1 1
- 8 9 2.5 1 1
- 8 11 2.5 1 1
- 9 8 2.5 1 1
- 9 10 0.5 1 1
- 9 12 2.5 1 1
- 10 7 0.5 -1 1
- 10 9 0.5 1 1
- 10 11 1.5 1 1
- 10 13 2.5 1 1
- 11 10 1.5 1 1
- 11 12 1.5 1 1
- 11 14 2.5 1 1
- 11 16 2.5 1 1
- 12 11 1.5 1 1
- 12 13 2.5 1 1
- 12 15 0.5 1 1
- 12 17 1.5 1 1
- 12 19 1.5 1 1
- 13 12 2.5 1 1
- 13 14 2.5 1 1
- 13 16 2.5 1 1
- 14 11 2.5 1 1
- 14 13 2.5 1 1
- 14 15 0.5 1 1
- 14 17 1.5 1 1
- 15 12 0.5 1 1
- 15 14 0.5 1 1
- 15 16 0.5 1 1
- 15 18 0.5 1 1
- 15 20 0.5 1 1
- 16 13 2.5 1 1
- 16 15 0.5 1 1
- 16 17 1.5 1 1
- 16 19 1.5 1 1
- 16 21 3.5 -1 1
- 17 14 1.5 1 1
- 17 16 1.5 1 1
- 17 18 1.5 1 1
- 17 20 1.5 1 1
- 17 22 1.5 1 1
- 18 15 0.5 1 1
- 18 17 1.5 1 1
- 18 19 1.5 1 1
- 18 21 3.5 -1 1
- 18 23 3.5 -1 1
- 19 16 1.5 1 1
- 19 18 1.5 1 1
- 19 20 1.5 1 1
- 19 22 1.5 1 1
- 19 24 1.5 1 1
- 19 26 1.5 1 1
- 19 28 0.5 1 1
- 20 19 1.5 1 1
- 20 21 3.5 -1 1
- 20 23 3.5 -1 1
- 20 25 3.5 -1 1
- 20 27 3.5 -1 1
- 20 29 1.5 -1 1
- 21 20 3.5 -1 1
- 21 22 3.5 -1 1
- 21 24 3.5 -1 1
- 21 26 3.5 -1 1
- 21 28 3.5 -1 1
- 22 19 1.5 1 0
- 22 21 3.5 -1 1
- 22 23 3.5 -1 1
- 22 25 2.5 -1 1
- 22 27 3.5 -1 1
- 22 29 1.5 -1 1
- 23 22 3.5 -1 1
- 23 24 1.5 -1 1
- 23 26 3.5 -1 1
- 23 28 3.5 -1 1
- 23 30 3.5 -1 1
- 24 23 1.5 -1 1
- 24 25 2.5 -1 1
- 24 27 3.5 -1 1
- 24 29 1.5 -1 1
- 24 31 1.5 -1 1
- 25 24 2.5 -1 1
- 25 26 2.5 -1 1
- 25 28 3.5 -1 1
- 25 30 2.5 -1 1
- 25 32 2.5 -1 1
- 26 25 2.5 -1 1
- 26 27 3.5 -1 1
- 26 29 1.5 -1 1
- 26 31 0.5 -1 1
- 26 33 1.5 -1 1
- 27 28 3.5 -1 1
- 27 30 3.5 -1 1
- 27 32 3.5 -1 1
- 27 34 3.5 -1 1
- 27 36 3.5 -1 1
- 28 27 3.5 -1 1
- 28 29 1.5 -1 1
- 28 31 1.5 -1 1
- 28 33 1.5 -1 1
- 28 35 0.5 -1 1
- 28 37 2.5 -1 1
- 28 39 0.5 -1 1
- 28 41 4.5 1 1
- 29 28 1.5 -1 1
- 29 30 1.5 -1 1
- 29 32 1.5 -1 1
- 29 34 1.5 -1 1
- 29 36 1.5 -1 1
- 29 38 1.5 -1 1
- 29 40 1.5 -1 1
- 30 29 1.5 -1 1
- 30 31 1.5 -1 1
- 30 33 1.5 -1 1
- 30 35 2.5 -1 1
- 30 37 2.5 -1 1
- 30 39 0.5 -1 1
- 30 41 0.5 -1 1
- 31 30 1.5 -1 1
- 31 34 1.5 -1 1
- 31 36 1.5 -1 1
- 31 38 1.5 -1 1
- 31 40 1.5 -1 1
- 31 42 1.5 -1 1
- 32 35 0.5 -1 1
- 32 37 2.5 -1 1
- 32 39 0.5 -1 1
- 32 41 4.5 1 1
- 32 43 0.5 -1 1
- 32 45 3.5 1 1
- 33 36 2.5 -1 1
- 33 38 2.5 -1 1
- 33 40 1.5 -1 1
- 33 42 1.5 -1 1
- 33 44 1.5 -1 1
- 33 46 1.5 -1 1
- 33 48 1.5 -1 1
- 34 37 2.5 -1 1
- 34 39 4.5 1 1
- 34 41 2.5 1 1
- 34 43 0.5 -1 1
- 34 45 3.5 1 1
- 34 47 0.5 -1 1
- 34 49 4.5 1 1
- 35 38 0.5 -1 1
- 35 40 1.5 -1 1
- 35 42 1.5 -1 1
- 35 44 1.5 -1 1
- 35 46 1.5 -1 1
- 35 48 1.5 -1 1
- 35 50 1.5 -1 1
- 35 52 1.5 -1 1
- 36 37 1.5 -1 1
- 36 39 2.5 1 1
- 36 41 2.5 1 1
- 36 43 0.5 -1 1
- 36 45 3.5 1 1
- 36 47 4.5 1 1
- 36 49 4.5 1 1
- 36 51 2.5 1 1
- 36 57 0.5 1 1
- 37 40 1.5 -1 1
- 37 42 2.5 1 1
- 37 44 1.5 -1 1
- 37 46 2.5 -1 1
- 37 48 2.5 -1 1
- 37 50 1.5 -1 1
- 37 52 1.5 -1 1
- 37 56 2.5 -1 1
- 37 58 2.5 -1 1
- 37 60 1.5 1 1
- 38 39 2.5 1 1
- 38 43 0.5 -1 1
- 38 45 3.5 1 1
- 38 47 4.5 1 1
- 38 49 4.5 1 1
- 38 51 2.5 1 1
- 38 53 2.5 1 1
- 38 55 2.5 1 1
- 38 57 0.5 1 1
- 38 59 0.5 1 1
- 38 61 1.5 1 1
- 39 44 4.5 1 1
- 39 48 0.5 -1 1
- 39 50 0.5 -1 1
- 39 52 0.5 -1 1
- 39 54 0.5 -1 1
- 39 56 0.5 -1 1
- 40 45 3.5 1 1
- 40 49 4.5 1 1
- 40 51 2.5 1 1
- 40 53 2.5 1 1
- 40 55 2.5 1 1
- 40 57 0.5 1 1
- 40 59 0.5 1 1
- 40 61 1.5 1 1
- 41 50 4.5 1 1
- 41 52 4.5 1 1
- 41 54 4.5 1 1
- 41 56 4.5 1 1
- 41 58 4.5 1 1
- 42 49 4.5 1 1
- 42 51 2.5 1 1
- 42 53 2.5 1 1
- 42 55 2.5 1 1
- 42 57 0.5 1 1
- 42 59 0.5 1 1
- 43 50 4.5 1 1
- 43 52 4.5 1 1
- 43 54 4.5 1 1
- 43 56 4.5 1 1
- 43 58 4.5 1 1
- 43 60 2.5 1 1
- 44 51 2.5 1 1
- 44 53 2.5 1 1
- 44 55 2.5 1 1
- 44 57 2.5 1 1
- 44 59 1.5 1 1
- 44 61 1.5 1 1
- 45 52 4.5 1 1
- 45 56 0.5 -1 1
- 45 58 0.5 -1 1
- 45 60 3.5 1 1
- 45 62 3.5 1 1
- 45 64 3.5 1 1
- 46 55 2.5 1 1
- 46 57 2.5 1 1
- 46 59 2.5 1 1
- 46 61 2.5 1 1
- 46 63 2.5 1 1
- 46 65 2.5 1 1
- 47 54 4.5 1 1
- 47 56 3.5 1 1
- 47 58 0.5 -1 1
- 47 60 0.5 -1 1
- 47 62 0.5 -1 1
- 47 64 0.5 -1 1
- 47 66 0.5 -1 1
- 47 68 0.5 -1 1
- 48 55 2.5 1 1
- 48 57 2.5 1 1
- 48 59 2.5 1 1
- 48 61 2.5 1 1
- 48 63 0.5 1 1
- 48 65 0.5 1 1
- 48 67 0.5 1 1
- 48 69 0.5 1 1
- 49 56 4.5 1 1
- 49 58 4.5 1 1
- 49 60 4.5 1 1
- 49 62 4.5 1 1
- 49 64 4.5 1 1
- 49 66 4.5 1 1
- 49 68 4.5 1 1
- 49 70 4.5 1 1
- 49 72 4.5 1 1
- 49 74 4.5 1 1
- 49 76 4.5 1 1
- 50 61 3.5 1 1
- 50 63 0.5 1 1
- 50 65 0.5 1 1
- 50 67 0.5 1 1
- 50 69 0.5 1 1
- 50 71 1.5 1 1
- 50 73 5.5 -1 1
- 50 75 5.5 -1 1
- 51 62 2.5 1 1
- 51 64 2.5 1 1
- 51 66 2.5 1 1
- 51 68 2.5 1 1
- 51 70 2.5 1 1
- 51 72 3.5 1 1
- 51 74 3.5 1 1
- 51 76 3.5 1 1
- 51 78 3.5 1 1
- 52 63 3.5 1 1
- 52 65 0.5 1 1
- 52 67 0.5 1 1
- 52 69 0.5 1 1
- 52 71 0.5 1 1
- 52 73 0.5 1 1
- 52 75 1.5 1 1
- 52 77 1.5 1 1
- 52 79 1.5 1 1
- 53 66 2.5 1 1
- 53 68 2.5 1 1
- 53 70 2.5 1 1
- 53 72 2.5 1 1
- 53 74 2.5 1 1
- 53 76 3.5 1 1
- 53 78 3.5 1 1
- 53 80 3.5 1 1
- 53 82 3.5 1 1
- 54 69 0.5 1 1
- 54 73 0.5 1 1
- 54 75 0.5 1 1
- 54 77 1.5 1 1
- 54 79 1.5 1 1
- 54 81 1.5 1 1
- 54 83 3.5 -1 1
- 54 85 1.5 -1 1
- 54 89 2.5 -1 0
- 55 64 4.5 1 1
- 55 68 0.5 1 1
- 55 72 0.5 1 1
- 55 74 0.5 1 1
- 55 76 2.5 1 1
- 55 78 3.5 1 1
- 55 80 3.5 1 1
- 55 82 3.5 1 1
- 55 84 3.5 1 1
- 55 86 3.5 1 1
- 55 88 1.5 1 1
- 55 90 1.5 1 1
- 56 67 2.5 1 1
- 56 71 0.5 1 1
- 56 73 0.5 1 1
- 56 75 0.5 1 1
- 56 77 0.5 1 1
- 56 79 1.5 1 1
- 56 81 1.5 1 1
- 56 85 1.5 -1 1
- 56 87 2.5 -1 1
- 56 89 2.5 -1 1
- 57 72 1.5 1 1
- 57 74 1.5 1 1
- 57 76 2.5 1 1
- 57 78 2.5 1 1
- 57 80 3.5 1 1
- 57 82 3.5 1 1
- 58 75 0.5 1 1
- 58 79 1.5 1 1
- 58 81 1.5 1 1
- 58 83 3.5 -1 1
- 58 85 1.5 -1 1
- 59 78 2.5 1 1
- 59 80 2.5 1 1
- 59 82 2.5 1 1
- 59 84 3.5 1 1
- 59 86 3.5 1 1
- 60 77 0.5 1 1
- 60 79 1.5 1 1
- 60 81 1.5 1 1
- 60 83 3.5 -1 1
- 60 85 3.5 -1 1
- 60 87 2.5 -1 1
- 60 89 2.5 -1 1
- 60 91 1.5 1 1
- 61 80 2.5 1 1
- 61 82 2.5 1 1
- 61 84 2.5 1 1
- 61 86 3.5 1 1
- 61 88 3.5 1 1
- 61 90 2.5 1 1
- 61 92 2.5 -1 1
- 62 77 0.5 1 1
- 62 79 0.5 1 1
- 62 81 1.5 1 1
- 62 83 3.5 -1 1
- 62 85 3.5 -1 1
- 62 87 3.5 -1 1
- 62 89 2.5 -1 1
- 62 91 1.5 1 1
- 62 93 1.5 -1 1
- 62 97 2.5 -1 1
- 63 68 1.5 1 0
- 63 78 2.5 1 1
- 63 80 2.5 1 1
- 63 82 2.5 1 1
- 63 84 2.5 1 1
- 63 86 2.5 1 1
- 63 88 2.5 1 1
- 63 90 2.5 1 1
- 63 92 2.5 1 1
- 63 94 2.5 1 1
- 63 96 2.5 1 1
- 64 71 1.5 -1 0
- 64 81 0.5 1 1
- 64 83 3.5 -1 1
- 64 85 3.5 -1 1
- 64 87 3.5 -1 1
- 64 89 1.5 -1 1
- 64 91 1.5 -1 1
- 64 93 1.5 -1 1
- 64 95 1.5 -1 1
- 64 97 2.5 -1 1
- 65 84 0.5 1 1
- 65 88 2.5 1 1
- 65 90 1.5 1 1
- 65 92 1.5 1 1
- 65 94 1.5 1 1
- 65 96 1.5 1 1
- 65 98 1.5 1 1
- 66 81 0.5 1 1
- 66 89 1.5 -1 1
- 66 91 1.5 -1 1
- 66 93 1.5 -1 1
- 66 95 2.5 1 1
- 66 97 2.5 -1 1
- 66 99 3.5 1 1
- 67 86 5.5 -1 1
- 67 88 2.5 1 1
- 67 90 3.5 -1 1
- 67 92 3.5 -1 1
- 67 94 3.5 -1 1
- 67 96 3.5 -1 1
- 67 98 3.5 -1 1
- 67 100 3.5 -1 1
- 67 102 3.5 -1 1
- 68 87 3.5 -1 1
- 68 89 1.5 -1 1
- 68 91 1.5 -1 1
- 68 93 1.5 -1 1
- 68 95 2.5 -1 1
- 68 97 2.5 -1 1
- 68 99 3.5 1 1
- 68 101 0.5 -1 1
- 68 103 2.5 -1 1
- 69 78 5.5 -1 0
- 69 88 0.5 1 1
- 69 90 2.5 1 1
- 69 92 3.5 1 1
- 69 94 0.5 1 1
- 69 96 0.5 1 1
- 69 98 0.5 1 1
- 69 100 0.5 1 1
- 69 102 0.5 1 1
- 69 106 0.5 1 1
- 70 87 3.5 -1 1
- 70 91 1.5 -1 1
- 70 93 1.5 -1 1
- 70 95 2.5 -1 1
- 70 97 2.5 -1 1
- 70 99 3.5 1 1
- 70 101 0.5 -1 1
- 70 103 2.5 -1 1
- 70 105 3.5 -1 1
- 71 82 5.5 -1 1
- 71 90 0.5 1 1
- 71 94 0.5 1 1
- 71 96 3.5 1 1
- 71 98 3.5 1 1
- 71 100 3.5 1 1
- 71 102 3.5 1 1
- 71 104 3.5 1 1
- 71 106 3.5 1 1
- 72 85 3.5 -1 0
- 72 101 0.5 -1 1
- 72 103 2.5 -1 1
- 72 105 3.5 -1 1
- 72 107 4.5 1 1
- 72 109 0.5 -1 1
- 73 84 0.5 1 1
- 73 100 2.5 -1 1
- 73 102 3.5 1 1
- 73 104 3.5 1 1
- 73 106 3.5 1 1
- 73 108 3.5 1 1
- 73 110 3.5 1 1
- 74 99 2.5 -1 1
- 74 103 0.5 -1 1
- 74 107 4.5 1 1
- 74 109 0.5 -1 1
- 74 111 1.5 -1 1
- 74 113 1.5 -1 1
- 75 86 0.5 1 1
- 75 102 2.5 -1 1
- 75 106 2.5 1 1
- 75 108 2.5 1 1
- 75 110 2.5 1 1
- 75 112 2.5 1 1
- 75 114 2.5 1 1
- 76 101 0.5 -1 1
- 76 105 0.5 -1 1
- 76 107 4.5 1 1
- 76 109 0.5 -1 1
- 76 111 0.5 -1 1
- 76 113 1.5 -1 1
- 76 115 4.5 -1 1
- 76 117 1.5 -1 1
- 77 90 0.5 1 1
- 77 100 2.5 -1 1
- 77 106 2.5 -1 1
- 77 108 2.5 -1 1
- 77 110 1.5 1 1
- 77 112 1.5 1 1
- 77 114 1.5 1 1
- 77 116 1.5 1 1
- 77 118 1.5 1 1
- 77 120 1.5 1 1
- 78 99 2.5 -1 1
- 78 101 0.5 -1 1
- 78 103 0.5 -1 1
- 78 105 0.5 -1 1
- 78 109 1.5 -1 1
- 78 111 1.5 -1 1
- 78 113 1.5 -1 1
- 78 115 0.5 -1 1
- 78 117 0.5 -1 1
- 78 119 0.5 -1 1
- 78 121 2.5 -1 1
- 79 104 2.5 -1 1
- 79 106 2.5 -1 1
- 79 108 0.5 1 1
- 79 110 0.5 1 1
- 79 112 1.5 1 1
- 79 114 1.5 1 1
- 79 116 1.5 1 1
- 79 118 1.5 1 1
- 79 120 1.5 1 1
- 79 122 1.5 1 1
- 79 124 1.5 1 1
- 79 126 1.5 1 0
- 80 103 0.5 -1 1
- 80 105 0.5 -1 1
- 80 107 1.5 -1 1
- 80 109 1.5 -1 1
- 80 113 1.5 -1 1
- 80 115 0.5 -1 1
- 80 117 0.5 -1 1
- 80 119 0.5 -1 1
- 80 121 1.5 -1 1
- 80 123 2.5 -1 1
- 80 125 0.5 -1 1
- 81 114 0.5 1 1
- 81 116 0.5 1 1
- 81 118 0.5 1 1
- 81 120 0.5 1 1
- 81 122 0.5 1 1
- 81 124 0.5 1 1
- 81 126 0.5 1 1
- 82 103 1.5 -1 1
- 82 115 1.5 -1 1
- 82 117 1.5 -1 1
- 82 119 2.5 -1 1
- 82 121 2.5 -1 1
- 82 123 2.5 -1 1
- 82 125 0.5 -1 1
- 82 127 4.5 1 1
- 82 129 4.5 1 1
- 83 116 4.5 -1 1
- 83 118 4.5 -1 1
- 83 120 4.5 -1 1
- 83 122 4.5 -1 1
- 83 124 4.5 -1 1
- 83 126 4.5 -1 1
- 83 128 4.5 -1 1
- 83 130 4.5 -1 1
- 84 117 1.5 -1 1
- 84 119 2.5 -1 1
- 84 121 2.5 -1 1
- 84 123 2.5 -1 1
- 84 125 0.5 -1 1
- 84 127 4.5 1 1
- 84 129 4.5 1 1
- 84 131 4.5 1 1
- 85 118 4.5 -1 1
- 85 120 4.5 -1 1
- 85 122 4.5 -1 1
- 85 124 4.5 -1 1
- 85 126 4.5 -1 1
- 85 128 4.5 -1 1
- 85 130 4.5 -1 1
- 85 132 4.5 -1 1
- 86 119 2.5 -1 1
- 86 121 2.5 -1 1
- 86 123 2.5 -1 1
- 86 125 0.5 -1 1
- 86 129 4.5 1 1
- 86 131 4.5 1 1
- 86 133 2.5 1 1
- 86 139 3.5 -1 0
- 87 120 4.5 -1 1
- 87 122 4.5 -1 1
- 87 124 4.5 -1 1
- 87 126 4.5 -1 1
- 87 128 4.5 -1 1
- 87 130 4.5 -1 1
- 87 132 4.5 -1 1
- 87 134 2.5 -1 1
- 87 138 1.5 -1 1
- 87 140 0.5 1 1
- 88 121 2.5 -1 1
- 88 125 0.5 -1 1
- 88 133 2.5 1 1
- 88 135 1.5 1 1
- 88 137 0.5 1 1
- 88 139 1.5 1 1
- 89 126 4.5 -1 1
- 89 128 4.5 -1 1
- 89 130 4.5 -1 1
- 89 138 1.5 -1 1
- 90 137 0.5 1 1
- 90 139 2.5 1 1
- 90 141 2.5 1 1
- 90 143 0.5 1 1
- 91 128 4.5 -1 1
- 91 130 4.5 -1 1
- 91 140 1.5 -1 1
- 91 142 1.5 -1 1
- 92 141 2.5 1 1
- 92 143 3.5 -1 1
- 92 145 0.5 1 1
- 92 147 2.5 1 1
- 93 142 2.5 1 1
- 93 144 2.5 1 1
- 93 146 2.5 1 1
- 94 143 3.5 -1 1
- 94 145 0.5 1 1
- 94 147 2.5 1 1
- 94 149 3.5 1 1
- 95 146 2.5 -1 1
- 95 148 2.5 -1 1
- 96 145 0.5 1 1
- 96 147 2.5 1 1
- 96 149 3.5 1 1
- 96 151 4.5 -1 1
- 97 148 1.5 -1 1
- 97 152 3.5 1 1
- 98 151 4.5 -1 1
- 98 153 0.5 1 1
- 99 150 3.5 1 0
- 99 154 3.5 1 1
- 100 155 3.5 1 1
-QPSHELEM ! Z N Num. E [MeV] Nilsson Spin Parity
- 4
- 96 149 3 0.00000 [624] 3.5 1
- 0.25280 [622] 2.5 1
- 0.38820 [734] 4.5 -1
- 97 152 4 0.00000 [633] 3.5 1
- 0.00800 [521] 1.5 -1
- 0.37760 [400] 0.5 1
- 0.38920 [642] 2.5 1
- 98 153 4 0.00000 [620] 0.5 1
- 0.10630 [613] 3.5 1
- 0.17760 [622] 1.5 1
- 0.37050 [725] 5.5 -1
- 99 154 3 0.00000 [633] 3.5 1
- 0.10600 [521] 1.5 -1
- 0.37100 [514] 3.5 -1
-2+ENERGY ! Z N E [MeV] dE [MeV] BE2(e2b2) dBE2 (e2b2)
- 24
- 20 18 2.20600 0.00500 0.00960 0.00210
- 20 20 3.90438 0.00003 0.00990 0.00170
- 20 22 1.52473 0.00003 0.04200 0.00300
- 20 24 1.15705 0.00002 0.04700 0.00200
- 20 26 1.34600 0.00030 0.01820 0.00130
- 20 28 3.83172 0.00006 0.00950 0.00320
- 28 28 2.70060 0.00070 0.06000 0.01200
- 28 30 1.45400 0.00010 0.06950 0.00200
- 28 32 1.33252 0.00001 0.09330 0.00150
- 28 34 1.17291 0.00009 0.08900 0.00250
- 28 36 1.34575 0.00005 0.07600 0.00800
- 28 38 1.42510 0.00030 0.06200 0.00900
- 28 40 2.03320 0.00020 0.02600 0.00600
- 50 62 1.25685 0.00007 0.24000 0.01400
- 50 64 1.29992 0.00007 0.24000 0.05000
- 50 66 1.29356 0.00001 0.20900 0.00600
- 50 68 1.22967 0.00002 0.20900 0.00800
- 50 70 1.17134 0.00019 0.20200 0.00400
- 50 72 1.14055 0.00003 0.19200 0.00400
- 50 74 1.13174 0.00002 0.16600 0.00400
- 82 122 0.89917 0.00002 0.16200 0.00400
- 82 124 0.80310 0.00005 0.10000 0.00200
- 82 126 4.08540 0.00030 0.30000 0.03000
- 82 128 0.79970 0.00010 0.05100 0.01500
-DELTAVPN ! Z N Mass Exc.(keV) Err.(keV) BE/A (keV) Error (%) dVpn (keV) Err. (keV)
- 144
- 22 20 -25122.0 5.0 8529.65 0.13 871.1825 40.0400
- 22 22 -37548.5 0.7 8533.52 0.02 2181.4250 1.2650
- 22 24 -44123.4 0.8 8656.36 0.02 913.3675 0.2900
- 22 26 -48487.7 0.8 8722.90 0.02 674.4250 0.6475
- 22 28 -51426.7 0.8 8755.62 0.02 465.0250 1.1875
- 22 30 -49465.0 7.0 8691.57 0.14 670.3250 3.0275
- 22 32 -45590.0 120.0 8596.90 2.30 796.5000 177.5700
- 36 38 -62331.5 2.0 8533.03 0.03 636.6250 15.4350
- 36 40 -69014.0 4.0 8608.81 0.05 590.9500 3.2300
- 36 42 -74179.7 1.1 8661.26 0.01 531.5750 1.1975
- 36 44 -77892.5 1.5 8692.92 0.02 484.7000 0.7600
- 36 46 -80589.5 1.8 8710.65 0.02 490.8000 0.8800
- 36 48 -82431.0 2.8 8717.35 0.03 501.8500 1.0925
- 36 50 -83265.0 0.1 8712.03 0.00 619.1425 3.8475
- 36 52 -79692.0 13.0 8656.86 0.15 459.3575 6.7875
- 38 40 -63174.0 7.0 8500.10 0.10 562.8750 10.2125
- 38 42 -70308.0 7.0 8578.56 0.08 492.0750 2.6825
- 38 44 -76008.0 6.0 8635.70 0.07 496.8000 2.3525
- 38 46 -80644.0 3.0 8677.44 0.04 484.7500 1.7775
- 38 48 -84523.6 1.1 8708.46 0.01 509.5250 1.1525
- 38 50 -87921.7 1.1 8732.60 0.01 640.8825 0.8000
- 38 52 -85941.6 2.9 8695.90 0.03 398.3675 3.3425
- 38 54 -82868.0 3.0 8648.91 0.04 412.1000 5.8500
- 38 56 -78840.0 7.0 8593.78 0.08 539.2500 5.9250
- 40 48 -83623.0 10.0 8665.97 0.12 485.8500 7.9450
- 40 50 -88767.3 2.4 8709.91 0.03 436.5500 2.6000
- 40 52 -88453.9 2.3 8692.62 0.03 416.6750 1.1375
- 40 54 -87266.8 2.4 8666.77 0.03 471.6250 1.3325
- 40 56 -85442.8 2.8 8635.37 0.03 551.0000 2.1150
- 40 58 -81287.0 20.0 8581.45 0.20 436.3000 8.6100
- 40 60 -76600.0 40.0 8524.40 0.40 401.5000 14.5875
- 40 62 -71740.0 50.0 8467.90 0.50 391.5000 36.8075
- 42 48 -80167.0 6.0 8596.97 0.07 411.0000 9.4725
- 42 50 -86805.0 4.0 8657.69 0.04 373.4250 3.1400
- 42 52 -88409.7 1.9 8662.29 0.02 479.5250 1.3850
- 42 54 -88790.5 1.9 8653.94 0.02 391.9750 1.0675
- 42 56 -88111.7 1.9 8635.12 0.02 286.3000 1.1400
- 42 58 -86184.0 6.0 8604.57 0.06 557.0250 5.2875
- 42 60 -83557.0 21.0 8568.37 0.20 515.0000 12.4425
- 42 62 -80330.0 50.0 8257.80 0.50 408.2500 20.9775
- 48 52 -74250.0 100.0 8438.30 1.00 387.5000 49.5875
- 48 54 -79678.0 29.0 8484.31 0.28 375.5000 26.6950
- 48 56 -83975.0 9.0 8517.68 0.09 399.4750 8.1075
- 48 58 -87132.0 6.0 8539.05 0.06 423.0250 2.9800
- 48 60 -89252.0 6.0 8550.02 0.05 402.0000 2.5500
- 48 62 -90353.0 2.7 8551.32 0.02 369.7500 2.0650
- 48 64 -90580.5 2.7 8544.78 0.02 350.6250 3.0050
- 48 66 -90020.9 2.7 8531.56 0.02 363.3500 5.3600
- 48 68 -88719.0 3.0 8512.41 0.03 384.2750 7.5675
- 48 70 -86709.0 20.0 8487.89 0.17 381.7500 16.9275
- 48 72 -83974.0 19.0 8458.16 0.16 438.7500 55.0350
- 48 74 -80730.0 40.0 8425.20 0.40 519.0000 61.4725
- 62 76 -71498.0 12.0 8237.93 0.09 283.5000 6.0000
- 62 78 -75456.0 12.0 8263.82 0.09 284.7500 6.0000
- 62 80 -78993.0 6.0 8286.02 0.04 325.7500 8.3225
- 62 82 -81972.0 2.8 8303.72 0.02 318.9500 7.2150
- 62 84 -81002.0 4.0 8293.90 0.03 308.0000 1.4675
- 62 86 -79342.2 2.4 8279.67 0.02 290.5750 1.4225
- 62 88 -77057.3 2.4 8261.66 0.02 308.2000 1.2400
- 62 90 -74768.8 2.5 8244.10 0.02 358.7250 1.3425
- 62 92 -72461.6 2.5 8226.88 0.02 306.2000 6.3575
- 62 94 -69370.0 10.0 8205.07 0.06 344.1000 28.3200
- 62 96 -65210.0 80.0 8177.10 0.50 250.0000 60.5175
- 64 78 -66960.0 28.0 8190.26 0.20 305.0000 10.7700
- 64 80 -71760.0 28.0 8221.94 0.19 315.7500 10.4525
- 64 82 -76093.0 5.0 8249.56 0.03 388.5000 7.3000
- 64 84 -76275.8 2.8 8248.38 0.02 288.2000 1.7475
- 64 86 -75769.0 6.0 8242.64 0.04 288.2500 2.0250
- 64 88 -74714.2 2.5 8233.45 0.02 307.5250 1.8325
- 64 90 -73713.2 2.5 8224.84 0.02 321.8750 1.2375
- 64 92 -72542.2 2.5 8215.37 0.02 284.0500 1.2500
- 64 94 -70696.8 2.5 8201.86 0.02 311.5500 2.7250
- 64 96 -67948.6 2.6 8183.06 0.02 352.9500 20.1750
- 68 84 -60500.0 11.0 8119.35 0.07 302.2500 5.8950
- 68 86 -62612.0 5.0 8132.44 0.04 326.2500 3.5000
- 68 88 -64213.0 24.0 8141.91 0.16 331.7500 6.5675
- 68 90 -65304.0 25.0 8147.93 0.16 239.7500 8.9125
- 68 92 -66058.0 24.0 8151.69 0.15 218.0000 8.8700
- 68 94 -66343.0 3.0 8152.45 0.02 254.7250 6.1250
- 68 96 -65950.0 3.0 8149.06 0.02 274.5750 1.3800
- 68 98 -64931.6 2.5 8141.99 0.01 298.7750 1.3175
- 68 100 -62996.7 2.5 8129.63 0.01 362.0750 1.2625
- 68 102 -60114.6 2.8 8111.99 0.02 287.0000 35.0175
- 78 94 -21101.0 13.0 7839.21 0.07 214.5000 7.0500
- 78 96 -25319.0 12.0 7866.12 0.07 227.0000 6.4175
- 78 98 -28928.0 14.0 7888.96 0.08 212.7500 6.5475
- 78 100 -31998.0 11.0 7908.26 0.06 242.0000 8.7400
- 78 102 -34436.0 11.0 7923.61 0.06 247.5000 8.9525
- 78 104 -36169.0 16.0 7934.76 0.09 230.0000 8.0350
- 78 106 -37332.0 18.0 7942.56 0.10 228.2500 9.8100
- 78 108 -37864.0 22.0 7946.81 0.12 221.2250 8.9925
- 78 110 -37823.0 5.0 7947.91 0.03 303.9000 5.6600
- 78 112 -37323.0 6.0 7946.58 0.03 340.7750 2.0150
- 78 114 -36292.9 2.5 7942.51 0.01 350.0000 1.7050
- 78 116 -34763.1 0.9 7935.96 0.00 324.0000 1.0025
- 78 118 -32647.4 0.9 7926.54 0.00 333.0250 0.9735
- 78 120 -29908.0 3.0 7914.17 0.02 353.3250 10.0525
- 80 94 -6647.0 20.0 7749.82 0.11 190.5000 212.2000
- 80 96 -11779.0 14.0 7782.63 0.08 228.5000 30.1500
- 80 98 -16317.0 13.0 7811.37 0.07 232.2500 26.5500
- 80 100 -20245.0 14.0 7836.08 0.08 214.5000 26.1200
- 80 102 -23576.0 10.0 7856.97 0.05 223.2500 23.1900
- 80 104 -26349.0 10.0 7874.37 0.05 260.0000 24.0200
- 80 106 -28539.0 11.0 7888.26 0.06 256.7500 28.3000
- 80 108 -30202.0 12.0 7899.05 0.06 282.7500 32.7600
- 80 110 -31370.0 16.0 7907.02 0.08 302.2500 30.1500
- 80 112 -32011.0 16.0 7912.07 0.08 285.2500 23.9400
- 80 114 -32193.0 13.0 7914.64 0.06 303.0250 21.6200
- 80 116 -31826.7 2.9 7914.37 0.01 290.8750 13.5800
- 80 118 -30954.4 0.3 7911.55 0.00 310.8500 3.1800
- 80 120 -29504.1 0.4 7905.90 0.00 322.2750 3.1700
- 80 122 -27345.9 0.6 7896.85 0.00 286.7000 20.2400
- 82 98 -1939.0 21.0 7725.69 0.12 242.2500 9.2950
- 82 100 -6826.0 14.0 7756.34 0.08 239.7500 7.9125
- 82 102 -11045.0 14.0 7782.69 0.08 222.0000 6.5575
- 82 104 -14681.0 11.0 7805.34 0.06 215.7500 5.6850
- 82 106 -17815.0 11.0 7824.84 0.06 236.0000 5.3800
- 82 108 -20417.0 12.0 7841.13 0.06 234.7500 5.7550
- 82 110 -22556.0 13.0 7854.67 0.07 242.7500 6.6750
- 82 112 -24208.0 17.0 7865.42 0.09 252.7500 7.7850
- 82 114 -25361.0 14.0 7873.40 0.07 242.7500 7.5435
- 82 116 -26050.0 15.0 7878.88 0.07 263.8250 6.1150
- 82 118 -26243.0 11.0 7881.77 0.05 266.3250 4.7075
- 82 120 -25934.0 8.0 7882.12 0.04 285.3250 3.4025
- 82 122 -25109.7 1.2 7879.93 0.01 333.4750 2.0300
- 82 124 -23785.4 1.2 7875.36 0.01 332.8500 0.4550
- 82 126 -21748.5 1.2 7867.45 0.01 426.8250 5.0175
- 88 116 6054.0 15.0 7704.16 0.08 221.7500 16.4275
- 88 118 3565.0 18.0 7719.80 0.09 195.0000 8.2850
- 88 120 1714.0 15.0 7732.08 0.07 179.7500 7.9025
- 88 122 461.0 15.0 7741.28 0.07 180.2500 7.0525
- 88 124 -191.0 11.0 7747.47 0.05 175.5000 5.8525
- 88 126 101.0 9.0 7749.13 0.04 161.5000 4.2725
- 88 128 3291.0 9.0 7737.35 0.04 287.5000 3.9675
- 88 130 6651.0 11.0 7725.00 0.05 304.0000 4.5550
- 88 132 10273.0 9.0 7711.68 0.04 334.8750 4.0050
- 88 134 14321.0 5.0 7696.69 0.02 336.9750 2.7000
- 88 136 18827.2 2.2 7679.92 0.01 313.5000 1.5900
- 92 134 27329.0 13.0 7631.92 0.06 294.5000 8.1350
- 92 136 29225.0 15.0 7627.45 0.07 326.2500 5.8100
- 92 138 31615.0 5.0 7620.92 0.02 296.3000 4.1825
- 92 140 34610.7 2.2 7611.89 0.01 274.0250 1.5400
- 92 142 38146.6 1.8 7600.71 0.01 262.1000 0.9775
- 92 144 42446.3 1.8 7586.48 0.01 216.5000 1.1025
-TERMINAT ! Z N Imax(f7/2) Parity E*(f7/2) ImaxdE Parity dE Reference
- 8
- 20 22 6.0 1 3.189 11.0 -1 5.108 Eur. Phys. J. A16 (2003) 309
- 20 24 8.0 1 5.088 13.0 -1 5.480 S. Lenzi, Private communication
- 21 22 9.5 -1 3.124 13.5 1 5.709 Phys. Rev. C75, 054305 (2007); Phys. Rev. C75, 059904(E) (2007)
- 21 23 11.0 1 3.567 15.0 -1 5.574 Eur. Phys. J. A25 1 (2005)
- 21 24 11.5 -1 5.417 15.5 1 5.605 Acta Phys. Pol. B32 (2001) 747
- 22 23 13.5 -1 7.143 16.5 1 13.028 S. Lenzi, Private communication
- 22 24 14.0 1 10.034 17.0 -1 15.549 S. Lenzi, Private communication
- 23 24 15.5 -1 10.004 17.5 1 15.259 Nucl. Phys. A693 (2001) 517
-END_DATA !
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diff --git a/nuc/Makefile_ifc b/nuc/Makefile_ifc
deleted file mode 100644
index bea752980..000000000
--- a/nuc/Makefile_ifc
+++ /dev/null
@@ -1,14 +0,0 @@
-FORTRAN=gfortran
-#FLAGS=-r8 -C -w95
-FLAGS=
-
-all : main_f77
-
-main04.o : main04.f
- $(FORTRAN) $(FLAGS) -c $<
-
-main_f77 : main04.o
- $(FORTRAN) $(FLAGS) -o $@ $^
-
-clean :
- -rm -f *.o *.mod *~ main
diff --git a/nuc/input04.f b/nuc/input04.f
deleted file mode 100644
index f10d39f49..000000000
--- a/nuc/input04.f
+++ /dev/null
@@ -1,782 +0,0 @@
-C
-C The subroutine reads the database, allocates a number of arrays
-C that are passed through the interface of this module, and fills
-C out these arrays
-C
-C Version 01: - Reads ATOMIC masses from Audi Wapstra.
-C - The electronic binding energy is removed in this
-C routine but is present in the data contained in the
-C file DataSet01.dat.
-C
-C Version 02: - Reads NUCLEAR masses from a table that is a mix
-C of Audi-Wapstra 2003 and new Jyvaskyla masses.
-C The mass of a given nuclide is taken as the
-C weighted average of the original Audi-Wapstra
-C evaluation and the Jyvaskyla mass, see
-C
-C J.R. Taylor, An Introduction to Error Analysis
-C 2nd Ed., University Science Books, 1997
-C
-C - Electronic correction has been removed from the
-C data contained in table DataSet02.dat. Also a bug
-C relative to deltaVpn data has been fixed.
-C
-C Version 03: - Adds proton radius for spherical nuclei.
-C - Adds experimental error in binding energy of
-C spherical nuclei
-C - Adds flags for deformed nuclei, delta^(3)_n and
-C delta^(3)_p, and odd g.s.,which indicate if the
-C corresponding masses have been measured (1) or
-C evaluated (0).
-C
-C Version 04: - Adds rough estimate of axial deformation of SD states
-C - Adds one nucleus in the list of SD states
-C
-C ------------------
-C
-C Spherical nuclei:
-C - IZsphe, INsphe: proton number Z and neutron number N
-C - Bsphe: experimental binding energy
-C - dBsphe: experimental error in binding energy
-C - R0sphe: experimental diffraction radius
-C - SIGsphe: experimental surface thickness
-C - RMSspheCharge: experimental r.m.s charge radius
-C - RMSspheProton: r.m.s proton radius computed from the charge radius
-C
-C Deformed nuclei:
-C - IZdefo, INdefo: proton number Z and neutron number N
-C - Bdefo: experimental binding energy
-C - dBdefo: experimental error in binding energy
-C - b2defo: beta_2 value of g.s. quadrupole deformation (SLY4 calculation)
-C - IsOKdefo: status of binding energy: 1 = measured, 0 = evaluated
-C
-C Odd-even mass differences:
-C - IZd3n, INd3n: proton number and neutron number related to the
-C neutron odd-even mass difference
-C - DELd3n, ERRd3n: delta3 (neutrons) and relative error
-C - IsOKd3n: status of binding energy: 1 = measured, 0 = evaluated
-C - IZd3p, INd3p: proton number and neutron number related to the
-C proton odd-even mass difference
-C - DELd3p, ERRd3p: delta3 (protons) and relative error
-C - IsOKd3p: status of binding energy: 1 = measured, 0 = evaluated
-C
-C Super-deformed states and fission isomers:
-C - IZsupd, INsupd: proton number Z and neutron number N
-C - Bsupd: experimental binding energy
-C - ESDsupd: energy of the SD bandhead or fission isomer
-C - b2supd: rough estimate of the beta_2 value of the SD state
-C
-C Giant monopole resonance
-C - IZmono, INmono: proton number Z and neutron number N
-C - Emono: experimental energy
-c
-C Giant dipole resonance
-C - IZdipo, INdipo: proton number Z and neutron number N
-C - Emdipo: experimental energy
-C
-C Odd-mass nuclei:
-C - IZodd, INodd: proton number Z and neutron number N
-C - SPINodd: experimental g.s. spin
-C - IPodd: experimental g.s. parity
-C - IsOKodd: status of binding energy: 1 = measured, 0 = evaluated
-C
-C One quasi-particle state in Odd-mass superheavy nuclei:
-C - IZqpSH, INqpSH: proton number Z and neutron number N
-C - NQPqpSH: number of q.p. states
-C - EqpSH: experimental excitation energy
-C - LABqpSH: experimental Nilsson label
-C - SPINqpSH: experimental spin
-C - IPqpSH: experimental parity
-C
-C Position of the first 2+ state
-C - IZtwop, INtwop: proton number Z and neutron number N
-C - Etwop: experimental energy of the 2+ state
-C - dEtwop: error bar on the energy
-C - BE2twop: experimental BE2
-C - dBE2twop: error bar on the BE2
-C
-C Delta Vpn
-C - IZdvpn, INdvpn: proton number Z and neutron number N
-C - ExcMASdvpn: Mass excess
-C - ExcERRdvpn: Error on mass excess
-C - BnucMASdvpn: binding energy per nucleon B/A
-C - BnucERRdvpn: error (in %) on B/A
-C - DelVPNdvpn: delta Vpn
-C - DelERRdvpn: error on delta Vpn
-C
-C Terminating states:
-C - IZterm, INterm: proton number Z and neutron number N
-C - SPINterm, IP1term: spin Imax and parity for the f7/2 state
-C - Eterm: energy of the f7/2 state
-C - SpindETerm, IP2term: spin Imax and parity for the
-C d3/2^(-1)*f7/2 state
-C - dEterm: experimental energy difference between the two
-C configurations
-C
-C IMPORTANT REMARK
-C
-C Experimental binding energies were extracted from Audi-Wapstra
-C mass tables. BY DEFINITION, THEY DO INCLUDE A CONTRIBUTION FROM
-C THE BINDING ENERGY OF THE ELECTRONS. To cancel out this effect
-C and obtain the true NUCLEAR binding energy, a correction is added
-C systematically, which goes (in MeV) as
-C
-C CorrELEC * Z^(2.39), CorrELEC = 1.433.10^(-5)
-C
-C
- SUBROUTINE GetData()
- PARAMETER
- * (NDSPHE=80,NDDEFO=250,NDSUPD=20,NDMONO=3,NDDIPO=3)
- PARAMETER
- * (NDTWOP=600,NDTERM=20,ND_ODD=650,NDDVPN=150)
- PARAMETER
- * (NDQPSH=5,NDSHEL=5,ND_D3N=250,ND_D3P=250)
- CHARACTER
- * Keyword*8,LABqpSH*5
-C
- COMMON
- * /NUCLEI_SPHERI/ IZsphe(1:NDSPHE),INsphe(1:NDSPHE),
- * IsOKsphe(1:NDSPHE)
- * /NUCLEI_DEFORM/ IZdefo(1:NDDEFO),INdefo(1:NDDEFO),
- * IsOKdefo(1:NDDEFO)
- * /NUCLEI_DELT3N/ IZd3n (1:ND_D3N),INd3n (1:ND_D3N),
- * IsOKd3n(1:ND_D3N)
- * /NUCLEI_DELT3P/ IZd3p (1:ND_D3P),INd3p (1:ND_D3P),
- * IsOKd3p(1:ND_D3P)
- * /NUCLEI_SDSTAT/ IZsupd(1:NDSUPD),INsupd(1:NDSUPD)
- * /NUCLEI_MONOPO/ IZmono(1:NDMONO),INmono(1:NDMONO)
- * /NUCLEI_DIPOLE/ IZdipo(1:NDDIPO),INdipo(1:NDDIPO)
- * /NUCLEI_ODDNUC/ IZodd (1:ND_ODD),INodd (1:ND_ODD),
- * IsOKodd(1:ND_ODD)
- * /NUCLEI_SHELEM/ IZqpSH(1:NDSHEL),INqpSH(1:NDSHEL)
- * /NUCLEI_TWOPLU/ IZtwop(1:NDTWOP),INtwop(1:NDTWOP)
- * /NUCLEI_TERMIN/ IZterm(1:NDTERM),INterm(1:NDTERM)
- * /NUCLEI_DELTPN/ IZdvpn(1:NDDVPN),INdvpn(1:NDDVPN)
- COMMON
- * /DATABA_SIZVEC/ NUMsphe, NUModd, NUMdefo,
- * NUMd3n, NUMd3p, NUMsupd,
- * NUMmono, NUMdipo, NUMtwop,
- * NUMdvpn, NUMterm, NUMqpSH
- COMMON
- * /DATABA_SPHERI/ Bsphe(1:NDSPHE),dBsphe(1:NDSPHE),
- * R0sphe(1:NDSPHE),SIGsphe(1:NDSPHE),
- * RMSspheCharge(1:NDSPHE),
- * RMSspheProton(1:NDSPHE)
- COMMON
- * /DATABA_DEFORM/ Bdefo(1:NDDEFO),dBdefo(1:NDDEFO),
- * b2defo(1:NDDEFO)
- COMMON
- * /DATABA_DELT3N/ DELd3n(1:ND_D3N),ERRd3n(1:ND_D3N)
- * /DATABA_DELT3P/ DELd3p(1:ND_D3P),ERRd3p(1:ND_D3P)
- COMMON
- * /DATABA_SDSTAT/ Bsupd(1:NDSUPD),ESDsupd(1:NDSUPD),
- * b2supd(1:NDSUPD)
- COMMON
- * /DATABA_MONOPO/ Emono(1:NDMONO),dEmono(1:NDMONO)
- COMMON
- * /DATABA_DIPOLE/ Edipo(1:NDDIPO)
- COMMON
- * /DATABA_ODDSPI/ SPINodd(1:ND_ODD)
- * /DATABA_ODDPAR/ IPodd(1:ND_ODD)
- COMMON
- * /DATABA_QPNUMB/ NQPqpSH(1:NDSHEL)
- * /DATABA_QPEEXC/ EqpSH(1:NDSHEL,1:NDQPSH)
- * /DATABA_QPSPIN/ SPINqpSH(1:NDSHEL,1:NDQPSH)
- * /DATABA_QPPARI/ IPqpSH(1:NDSHEL,1:NDQPSH)
- * /DATABA_QPLABL/ LABqpSH(1:NDSHEL,1:NDQPSH)
- COMMON
- * /DATABA_TWOPLU/ Etwop(1:NDTWOP),dEtwop(1:NDTWOP),
- * BE2twop(1:NDTWOP),dBE2twop(1:NDTWOP)
- COMMON
- * /DATABA_DELTPN/ ExcMASdvpn(1:NDDVPN),
- * ExcERRdvpn(1:NDDVPN),
- * BnucMASdvpn(1:NDDVPN),
- * BnucERRdvpn(1:NDDVPN),
- * DelVPNdvpn(1:NDDVPN),
- * DelERRdvpn(1:NDDVPN)
- COMMON
- * /DATABA_TERMIN/ SPINterm(1:NDTERM),Eterm(1:NDTERM),
- * SPINdEterm(1:NDTERM),dEterm(1:NDTERM)
- * /PARITY_TERMIN/ IP1Term(1:NDTERM),IP2term(1:NDTERM)
-C
- n_unit = 15
-C
- OPEN (n_unit, FILE='DataSet04.dat', ACTION='READ', IOSTAT=ierror)
- IF (ierror .NE. 0) STOP 'Impossible to read: ./DataSet04.dat'
-C
- Keyword = 'XXXXXXXX'
-C
-C Scanning of the database proceeds by keywords
-C
- 1 CONTINUE
-C
- READ (n_unit,*) Keyword
-C
- IF (Keyword .EQ. 'END_DATA') THEN
- CLOSE (n_unit)
- RETURN
- END IF
-C
- IF (Keyword .EQ. 'SPHERICA') THEN
-C
- READ (n_unit,*) NUMsphe
-C
- DO i=1, NUMsphe
- READ (n_unit,*) IZsphe(i),INsphe(i),Bsphe(i),
- * dBsphe(i),R0sphe(i),SIGsphe(i),
- * RMSspheCharge(i),RMSspheProton(i)
- END DO
-C
- END IF
-C
- IF (Keyword .EQ. 'DEFORMED') THEN
-C
- READ (n_unit,*) NUMdefo
-C
- DO i=1, NUMdefo
- READ (n_unit,*) IZdefo(i),INdefo(i),Bdefo(i),
- * dBdefo(i),b2defo(i),IsOKdefo(i)
- END DO
-C
- END IF
-C
- IF (Keyword .EQ. 'DELTA3_N') THEN
-C
- READ (n_unit,*) NUMd3n
-C
- DO i=1, NUMd3n
- READ (n_unit,*) IZd3n(i),INd3n(i),DELd3n(i),ERRd3n(i),
- * IsOKd3n(i)
- END DO
-C
- END IF
-C
- IF (Keyword .EQ. 'DELTA3_P') THEN
-C
- READ (n_unit,*) NUMd3p
-C
- DO i=1, NUMd3p
- READ (n_unit,*) INd3p(i),IZd3p(i),DELd3p(i),ERRd3p(i),
- * IsOKd3p(i)
- END DO
-C
- END IF
-C
- IF (Keyword .EQ. 'SDSTATES') THEN
-C
- READ (n_unit,*) NUMsupd
-C
- DO i=1, NUMsupd
- READ (n_unit,*) IZsupd(i),INsupd(i),Bsupd(i),ESDsupd(i),
- * b2supd(i)
- END DO
-C
- END IF
-C
- IF (Keyword .EQ. 'MONOPRES') THEN
-C
- READ (n_unit,*) NUMmono
-C
- DO i=1, NUMmono
- READ (n_unit,*) IZmono(i),INmono(i),Emono(i),dEmono(i)
- END DO
-C
- END IF
-C
- IF (Keyword .EQ. 'DIPOLRES') THEN
-C
- READ (n_unit,*) NUMdipo
-C
- DO i=1, NUMdipo
- READ (n_unit,*) IZdipo(i),INdipo(i),Edipo(i)
- END DO
-C
- END IF
-C
- IF (Keyword .EQ. 'ODDNUCLE') THEN
-C
- READ (n_unit,*) NUModd
-C
- DO i=1, NUModd
- READ (n_unit,*) IZodd(i),INodd(i),SPINodd(i),IPodd(i),
- * IsOKodd(i)
- END DO
-C
- END IF
-C
- IF (Keyword .EQ. 'QPSHELEM') THEN
-C
- READ (n_unit,*) NUMqpSH
-C
- DO i=1, NUMqpSH
- READ (n_unit,*) IZqpSH(i),INqpSH(i),NQPqpSH(i),
- * EqpSH(i,1),LABqpSH(i,1),
- * SPINqpSH(i,1),IPqpSH(i,1)
- DO j=2,NQPqpSH(i)
- READ (n_unit,*) EqpSH(i,j),LABqpSH(i,j),
- * SPINqpSH(i,j),IPqpSH(i,j)
- END DO
- END DO
-C
- END IF
-C
- IF (Keyword .EQ. '2+ENERGY') THEN
-C
- READ (n_unit,*) NUMtwop
-C
- DO i=1, NUMtwop
- READ (n_unit,*) IZtwop(i),INtwop(i),Etwop(i),dEtwop(i),
- * BE2twop(i),dBE2twop(i)
- END DO
-C
- END IF
-C
- IF (Keyword .EQ. 'DELTAVPN') THEN
-C
- READ (n_unit,*) NUMdvpn
-C
- DO i=1, NUMdvpn
- READ (n_unit,*) IZdvpn(i),INdvpn(i),
- * ExcMASdvpn(i), ExcERRdvpn(i),
- * BnucMASdvpn(i), BnucERRdvpn(i),
- * DelVPNdvpn(i), DelERRdvpn(i)
- END DO
-C
- END IF
-C
- IF (Keyword .EQ. 'TERMINAT') THEN
-C
- READ (n_unit,*) NUMterm
-C
- DO i=1, NUMterm
- READ (n_unit,*) IZterm(i),INterm(i),SPINterm(i),
- * IP1term(i),Eterm(i),SpindETerm(i),
- * IP2term(i),dEterm(i)
- END DO
-C
- END IF
-C
- GO TO 1
-C
- END
-
-C This subroutine only prints the data so that the user can verify
-C that everything has been read properly.
-
- SUBROUTINE PrintData()
- PARAMETER
- * (NDSPHE=80,NDDEFO=250,NDSUPD=20,NDMONO=3,NDDIPO=3)
- PARAMETER
- * (NDTWOP=600,NDTERM=20,ND_ODD=650,NDDVPN=150)
- PARAMETER
- * (NDQPSH=5,NDSHEL=5,ND_D3N=250,ND_D3P=250)
- PARAMETER
- * (NDVALS=4000,NDPROT=140,NDNEUT=200)
- CHARACTER
- * Keyword*8,LABqpSH*5
-C
- COMMON
- * /WAPDAT/ BINDNG(0:NDPROT,0:NDNEUT),
- * ERRORB(0:NDPROT,0:NDNEUT),
- * IVALID(0:NDPROT,0:NDNEUT)
- COMMON
- * /OEMALL/ OEMVAL(1:NDPROT,1:NDNEUT,0:1)
-C
- COMMON
- * /NUCLEI_SPHERI/ IZsphe(1:NDSPHE),INsphe(1:NDSPHE),
- * IsOKsphe(1:NDSPHE)
- * /NUCLEI_DEFORM/ IZdefo(1:NDDEFO),INdefo(1:NDDEFO),
- * IsOKdefo(1:NDDEFO)
- * /NUCLEI_DELT3N/ IZd3n (1:ND_D3N),INd3n (1:ND_D3N),
- * IsOKd3n(1:ND_D3N)
- * /NUCLEI_DELT3P/ IZd3p (1:ND_D3P),INd3p (1:ND_D3P),
- * IsOKd3p(1:ND_D3P)
- * /NUCLEI_SDSTAT/ IZsupd(1:NDSUPD),INsupd(1:NDSUPD),
- * b2supd(1:NDSUPD)
- * /NUCLEI_MONOPO/ IZmono(1:NDMONO),INmono(1:NDMONO)
- * /NUCLEI_DIPOLE/ IZdipo(1:NDDIPO),INdipo(1:NDDIPO)
- * /NUCLEI_ODDNUC/ IZodd (1:ND_ODD),INodd (1:ND_ODD),
- * IsOKodd(1:ND_ODD)
- * /NUCLEI_SHELEM/ IZqpSH(1:NDSHEL),INqpSH(1:NDSHEL)
- * /NUCLEI_TWOPLU/ IZtwop(1:NDTWOP),INtwop(1:NDTWOP)
- * /NUCLEI_DELTPN/ IZdvpn(1:NDDVPN),INdvpn(1:NDDVPN)
- * /NUCLEI_TERMIN/ IZterm(1:NDTERM),INterm(1:NDTERM)
-C
- COMMON
- * /DATABA_SIZVEC/ NUMsphe, NUModd, NUMdefo,
- * NUMd3n, NUMd3p, NUMsupd,
- * NUMmono, NUMdipo, NUMtwop,
- * NUMdvpn, NUMterm, NUMqpSH
- COMMON
- * /DATABA_SPHERI/ Bsphe(1:NDSPHE),dBsphe(1:NDSPHE),
- * R0sphe(1:NDSPHE),SIGsphe(1:NDSPHE),
- * RMSspheCharge(1:NDSPHE),
- * RMSspheProton(1:NDSPHE)
- COMMON
- * /DATABA_DEFORM/ Bdefo(1:NDDEFO),dBdefo(1:NDDEFO),
- * b2defo(1:NDDEFO)
- COMMON
- * /DATABA_DELT3N/ DELd3n(1:ND_D3N),ERRd3n(1:ND_D3N)
- * /DATABA_DELT3P/ DELd3p(1:ND_D3P),ERRd3p(1:ND_D3P)
- COMMON
- * /DATABA_SDSTAT/ Bsupd(1:NDSUPD),ESDsupd(1:NDSUPD),
- * b2supd(1:NDSUPD)
- COMMON
- * /DATABA_MONOPO/ Emono(1:NDMONO),dEmono(1:NDMONO)
- COMMON
- * /DATABA_DIPOLE/ Edipo(1:NDDIPO)
- COMMON
- * /DATABA_ODDSPI/ SPINodd(1:ND_ODD)
- * /DATABA_ODDPAR/ IPodd(1:ND_ODD)
- COMMON
- * /DATABA_QPNUMB/ NQPqpSH(1:NDSHEL)
- * /DATABA_QPEEXC/ EqpSH(1:NDSHEL,1:NDQPSH)
- * /DATABA_QPSPIN/ SPINqpSH(1:NDSHEL,1:NDQPSH)
- * /DATABA_QPPARI/ IPqpSH(1:NDSHEL,1:NDQPSH)
- * /DATABA_QPLABL/ LABqpSH(1:NDSHEL,1:NDQPSH)
- COMMON
- * /DATABA_TWOPLU/ Etwop(1:NDTWOP),dEtwop(1:NDTWOP),
- * BE2twop(1:NDTWOP),dBE2twop(1:NDTWOP)
- COMMON
- * /DATABA_DELTPN/ ExcMASdvpn(1:NDDVPN),
- * ExcERRdvpn(1:NDDVPN),
- * BnucMASdvpn(1:NDDVPN),
- * BnucERRdvpn(1:NDDVPN),
- * DelVPNdvpn(1:NDDVPN),
- * DelERRdvpn(1:NDDVPN)
- COMMON
- * /DATABA_TERMIN/ SPINterm(1:NDTERM),Eterm(1:NDTERM),
- * SPINdEterm(1:NDTERM),dEterm(1:NDTERM)
- * /PARITY_TERMIN/ IP1Term(1:NDTERM),IP2term(1:NDTERM)
-C
- Keyword = 'SPHERICA'
- WRITE (6,'(A8)') Keyword
- WRITE (6,'(9X,I5)') NUMsphe
-C
- DO i=1, NUMsphe
- WRITE (6,'(9X,2I5,1X,6F11.5)')
- * IZsphe(i),INsphe(i),
- * Bsphe(i),dBsphe(i),
- * R0sphe(i),SIGsphe(i),
- * RMSspheCharge(i),
- * RMSspheProton(i)
- END DO
-C
- Keyword = 'DEFORMED'
- WRITE (6,'(A8)') Keyword
- WRITE (6,'(10X,I5)') NUMdefo
-C
- DO i=1, NUMdefo
- WRITE (6,'(9X,2I5,F12.5,2F11.5,i4)') IZdefo(i),INdefo(i),
- * Bdefo(i),dBdefo(i),
- * b2defo(i),IsOKdefo(i)
- END DO
-C
- Keyword = 'DELTA3_N'
- WRITE (6,'(A8)') Keyword
- WRITE (6,'(10X,I5)') NUMd3n
-C
- DO i=1, NUMd3n
- WRITE (6,'(9X,2I5,2F12.6,i4)') IZd3n(i),INd3n(i),
- * DELd3n(i),ERRd3n(i),
- * IsOKd3n(i)
- END DO
-C
- Keyword = 'DELTA3_P'
- WRITE (6,'(A8)') Keyword
- WRITE (6,'(10X,I5)') NUMd3p
-C
- DO i=1, NUMd3p
- WRITE (6,'(9X,2I5,2F12.6,i4)') INd3p(i),IZd3p(i),
- * DELd3p(i),ERRd3p(i),
- * IsOKd3p(i)
- END DO
-C
- Keyword = 'SDSTATES'
- WRITE (6,'(A8)') Keyword
- WRITE (6,'(9X,I5)') NUMsupd
-C
- DO i=1, NUMsupd
- WRITE (6,'(9X,2I5,F12.5,2F9.3)') IZsupd(i),INsupd(i),
- * Bsupd(i),ESDsupd(i),
- * b2supd(i)
- END DO
-C
- Keyword = 'MONOPRES'
- WRITE (6,'(A8)') Keyword
- WRITE (6,'(9X,I5)') NUMmono
-
- DO i=1, NUMmono
- WRITE (6,'(9X,2I5,1X,F9.2,F10.2)') IZmono(i),INmono(i),
- * Emono(i),dEmono(i)
- END DO
-C
- Keyword = 'DIPOLRES'
- WRITE (6,'(A8)') Keyword
- WRITE (6,'(9X,I5)') NUMdipo
-C
- DO i=1, NUMdipo
- WRITE (6,'(9X,2I5,1X,F9.2)') IZdipo(i),INdipo(i),Edipo(i)
- END DO
-C
- Keyword = 'ODDNUCLE'
- WRITE (6,'(A8)') Keyword
- WRITE (6,'(9X,I5)') NUModd
-C
- DO i=1, NUModd
- WRITE (6,'(9X,2I5,F6.1,I5,i4)') IZodd(i),INodd(i),
- * SPINodd(i),IPodd(i),
- * IsOKodd(i)
- END DO
-C
- Keyword = 'QPSHELEM'
- WRITE (6,'(A8)') Keyword
- WRITE (6,'(9X,I5)') NUMqpSH
-C
- DO i=1, NUMqpSH
- WRITE (6,'(9X,2I5,I4,F10.5,4X,A5,F8.1,5X,I2)')
- * IZqpSH(i),INqpSH(i),NQPqpSH(i),
- * EqpSH(i,1),LABqpSH(i,1),
- * SPINqpSH(i,1),IPqpSH(i,1)
- DO j=2,NQPqpSH(i)
- WRITE (6,'(23X,F10.5,4X,A5,F8.1,5X,I2)')
- * EqpSH(i,j),LABqpSH(i,j),
- * SPINqpSH(i,j),IPqpSH(i,j)
- END DO
- END DO
-C
- Keyword = '2+ENERGY'
- WRITE (6,'(A8)') Keyword
- WRITE (6,'(9X,I5)') NUMtwop
-C
- DO i=1, NUMtwop
- WRITE (6,'(9X,2I5,4F11.5)') IZtwop(i),INtwop(i),Etwop(i),
- * dEtwop(i),BE2twop(i),dBE2twop(i)
- END DO
-C
- Keyword = 'DELTAVPN'
- WRITE (6,'(A8)') Keyword
- WRITE (6,'(9X,I5)') NUMdvpn
-C
- DO i=1, NUMdvpn
- WRITE (6,'(9X,2I5,F12.1,F10.1,F15.2,F10.2,F14.4,F12.4)')
- * IZdvpn(i),INdvpn(i),
- * ExcMASdvpn(i), ExcERRdvpn(i),
- * BnucMASdvpn(i), BnucERRdvpn(i),
- * DelVPNdvpn(i), DelERRdvpn(i)
- END DO
-C
- Keyword = 'TERMINAT'
- WRITE (6,'(A8)') Keyword
- WRITE (6,'(9X,I5)') NUMterm
-C
- DO i=1, NUMterm
- WRITE (6,'(9X,2I5,F9.1,I10,F12.3,F8.1,I8,F9.3)')
- * IZterm(i),INterm(i),SPINterm(i),IP1term(i),
- * Eterm(i),SpindETerm(i),IP2term(i),dEterm(i)
- END DO
-C
- RETURN
- END
-C
-C This subroutine only initializes all the common blocks
-C
- SUBROUTINE InitializeData()
- PARAMETER
- * (NDSPHE=80,NDDEFO=250,NDSUPD=20,NDMONO=3,NDDIPO=3)
- PARAMETER
- * (NDTWOP=600,NDTERM=20,ND_ODD=650,NDDVPN=150)
- PARAMETER
- * (NDQPSH=5,NDSHEL=5,ND_D3N=250,ND_D3P=250)
-C
- CHARACTER
- * LABqpSH*5
-C
- COMMON
- * /NUCLEI_SPHERI/ IZsphe(1:NDSPHE),INsphe(1:NDSPHE),
- * IsOKsphe(1:NDSPHE)
- * /NUCLEI_DEFORM/ IZdefo(1:NDDEFO),INdefo(1:NDDEFO),
- * IsOKdefo(1:NDDEFO)
- * /NUCLEI_DELT3N/ IZd3n (1:ND_D3N),INd3n (1:ND_D3N),
- * IsOKd3n(1:ND_D3N)
- * /NUCLEI_DELT3P/ IZd3p (1:ND_D3P),INd3p (1:ND_D3P),
- * IsOKd3p(1:ND_D3P)
- * /NUCLEI_SDSTAT/ IZsupd(1:NDSUPD),INsupd(1:NDSUPD)
- * /NUCLEI_MONOPO/ IZmono(1:NDMONO),INmono(1:NDMONO)
- * /NUCLEI_DIPOLE/ IZdipo(1:NDDIPO),INdipo(1:NDDIPO)
- * /NUCLEI_ODDNUC/ IZodd (1:ND_ODD),INodd (1:ND_ODD),
- * IsOKodd(1:ND_ODD)
- * /NUCLEI_SHELEM/ IZqpSH(1:NDSHEL),INqpSH(1:NDSHEL)
- * /NUCLEI_TWOPLU/ IZtwop(1:NDTWOP),INtwop(1:NDTWOP)
- * /NUCLEI_DELTPN/ IZdvpn(1:NDDVPN),INdvpn(1:NDDVPN)
- * /NUCLEI_TERMIN/ IZterm(1:NDTERM),INterm(1:NDTERM)
-C
- COMMON
- * /DATABA_SIZVEC/ NUMsphe, NUModd, NUMdefo,
- * NUMd3n, NUMd3p, NUMsupd,
- * NUMmono, NUMdipo, NUMtwop,
- * NUMdvpn, NUMterm, NUMqpSH
- COMMON
- * /DATABA_SPHERI/ Bsphe(1:NDSPHE),dBsphe(1:NDSPHE),
- * R0sphe(1:NDSPHE),SIGsphe(1:NDSPHE),
- * RMSspheCharge(1:NDSPHE),
- * RMSspheProton(1:NDSPHE)
- COMMON
- * /DATABA_DEFORM/ Bdefo(1:NDDEFO),dBdefo(1:NDDEFO),
- * b2defo(1:NDDEFO)
- COMMON
- * /DATABA_DELT3N/ DELd3n(1:ND_D3N),ERRd3n(1:ND_D3N)
- * /DATABA_DELT3P/ DELd3p(1:ND_D3P),ERRd3p(1:ND_D3P)
- COMMON
- * /DATABA_SDSTAT/ Bsupd(1:NDSUPD),ESDsupd(1:NDSUPD),
- * b2supd(1:NDSUPD)
- COMMON
- * /DATABA_MONOPO/ Emono(1:NDMONO),dEmono(1:NDMONO)
- COMMON
- * /DATABA_DIPOLE/ Edipo(1:NDDIPO)
- COMMON
- * /DATABA_ODDSPI/ SPINodd(1:ND_ODD)
- * /DATABA_ODDPAR/ IPodd(1:ND_ODD)
- COMMON
- * /DATABA_QPNUMB/ NQPqpSH(1:NDSHEL)
- * /DATABA_QPEEXC/ EqpSH(1:NDSHEL,1:NDQPSH)
- * /DATABA_QPSPIN/ SPINqpSH(1:NDSHEL,1:NDQPSH)
- * /DATABA_QPPARI/ IPqpSH(1:NDSHEL,1:NDQPSH)
- * /DATABA_QPLABL/ LABqpSH(1:NDSHEL,1:NDQPSH)
- COMMON
- * /DATABA_TWOPLU/ Etwop(1:NDTWOP),dEtwop(1:NDTWOP),
- * BE2twop(1:NDTWOP),dBE2twop(1:NDTWOP)
- COMMON
- * /DATABA_DELTPN/ ExcMASdvpn(1:NDDVPN),
- * ExcERRdvpn(1:NDDVPN),
- * BnucMASdvpn(1:NDDVPN),
- * BnucERRdvpn(1:NDDVPN),
- * DelVPNdvpn(1:NDDVPN),
- * DelERRdvpn(1:NDDVPN)
- COMMON
- * /DATABA_TERMIN/ SPINterm(1:NDTERM),Eterm(1:NDTERM),
- * SPINdEterm(1:NDTERM),dEterm(1:NDTERM)
- * /PARITY_TERMIN/ IP1Term(1:NDTERM),IP2term(1:NDTERM)
-C
- NUMsphe = 1
- NUModd = 1
- NUMdefo = 1
- NUMsupd = 1
- NUMmono = 1
- NUMdipo = 1
- NUMtwop = 1
- NUMdvpn = 1
- NUMterm = 1
- NUMqpSH = 1
-C
- DO i=1,NDSPHE
- IZsphe(i) = 82
- INsphe(i) = 126
- Bsphe(i) = 0.0
- dBsphe(i) = 0.0
- R0sphe(i) = 0.0
- SIGsphe(i) = 0.0
- RMSspheCharge(i) = 0.0
- RMSspheProton(i) = 0.0
- END DO
-C
- DO i=1,NDDEFO
- IZdefo(i) = 82
- INdefo(i) = 126
- Bdefo(i) = 0.0
- dBdefo(i) = 0.0
- b2defo(i) = 0.0
- IsOKdefo(i) = 0
- END DO
-C
- DO i=1,ND_D3N
- IZd3n(i) = 82
- INd3n(i) = 126
- DELd3n(i) = 0.0
- ERRd3n(i) = 0.0
- IsOKd3n(i) = 0
- END DO
-C
- DO i=1,ND_D3P
- IZd3p(i) = 82
- INd3p(i) = 126
- DELd3p(i) = 0.0
- ERRd3p(i) = 0.0
- IsOKd3p(i) = 0
- END DO
-C
- DO i=1,NDSUPD
- IZsupd(i) = 82
- INsupd(i) = 126
- Bsupd(i) = 0.0
- ESDsupd(i) = 0.0
- b2supd(i) = 0.7
- END DO
-C
- DO i=1,NDMONO
- IZmono(i) = 82
- INmono(i) = 126
- Emono(i) = 0.0
- dEmono(i) = 0.0
- END DO
-C
- DO i=1,NDDIPO
- IZdipo(i) = 82
- INdipo(i) = 126
- Edipo(i) = 0.0
- END DO
-C
- DO i=1,ND_ODD
- IZodd(i) = 82
- INodd(i) = 126
- SPINodd(i) = 0.0
- IPodd(i) = 0
- IsOKodd(i) = 0
- END DO
-C
- DO i=1,NDSHEL
- IZqpSH(i) = 82
- INqpSH(i) = 126
- NQPqpSH(i) = 1
- DO j=1,NDQPSH
- EqpSH(i,j)=0.0
- SPINqpSH(i,j)=0.5
- IPqpSH(i,j)=+1
- LABqpSH(i,j)='XXXXX'
- END DO
- END DO
-C
- DO i=1,NDTWOP
- IZtwop(i) = 82
- INtwop(i) = 126
- Etwop(i) = 0.0
- dEtwop(i) = 0.0
- BE2twop(i) = 0.0
- dBE2twop(i) = 0.0
- END DO
-C
- DO i=1,NDDVPN
- IZdvpn(i) = 82
- INdvpn(i) = 126
- ExcMASdvpn(i) = 0.0
- ExcERRdvpn(i) = 0.0
- BnucMASdvpn(i) = 0.0
- BnucERRdvpn(i) = 0.0
- DelVPNdvpn(i) = 0.0
- DelERRdvpn(i) = 0.0
- END DO
-C
- DO i=1,NDTERM
- IZterm(i) = 82
- INterm(i) = 126
- SPINterm(i) = 0.0
- Eterm(i) = 0.0
- SPINdEterm(i) = 0.0
- dEterm(i) = 0.0
- IP1term(i) = 0
- IP2term(i) = 0
- END DO
-C
- RETURN
- END
-
diff --git a/nuc/main04.f b/nuc/main04.f
deleted file mode 100644
index 6acca5720..000000000
--- a/nuc/main04.f
+++ /dev/null
@@ -1,20 +0,0 @@
- PROGRAM main
- COMMON
- * /DATABA_SIZVEC/ NUMsphe, NUModd, NUMdefo,
- * NUMd3n, NUMd3p, NUMsupd,
- * NUMmono, NUMdipo, NUMtwop,
- * NUMdvpn, NUMterm, NUMqpSH
-C
- CALL InitializeData()
-C
- CALL GetData()
-C
- CALL PrintData()
-C
- STOP
-C
- END
-C
- INCLUDE 'input04.f'
-
-
--
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