ENTRY F0820 20070418 F027F082000000001
SUBENT F0820001 20070418 F027F082000100001
BIB 8 23 F082000100002
TITLE Elastic and inelastic scattering of identical heavy F082000100003
ions. F082000100004
AUTHOR (H.Emling,R.Nowotny,D.Pelte,G.Schrieder,W.Weidenmeier) F082000100005
INSTITUTE (2GERHEI,2GERMPH) F082000100006
REFERENCE (J,NP/A,239,172,1975) F082000100007
(J,NP/A,211,600,1973) F082000100008
FACILITY (VDGT,2GERMPH)The EN and MP tandem Van de Graff F082000100009
generators. F082000100010
DETECTOR (PS)Two position sensitive detectors were positioned inF082000100011
most of the runs 5 cm away from the target and covered F082000100012
the angles between 18 and 75 degr. F082000100013
ERR-ANALYS Angular distributions of the 28Si+28Si scattering couldF082000100014
be absolutely reproduced within 10% uncertainty F082000100015
whereas variations of less than 5% were found in the F082000100016
relative intensities at different angles. Much lager F082000100017
deviations were observed in the case of the inelastic F082000100018
24Mg+24Mg scattering where an energy resolution of F082000100019
only 800 keV was obtained. The errors in determining F082000100020
the scattering angles were smaller than =-1 degr. For F082000100021
12C+12C and 24Mg+24Mg absolute cross sections errors F082000100022
were smaller than 20% in most of the measurements. F082000100023
(ERR-DIG)Digitizing error F082000100024
HISTORY (20070403C) F082000100025
ENDBIB 23 0 F082000100026
COMMON 1 3 F082000100027
ERR-DIG F082000100028
PER-CENT F082000100029
0.2 F082000100030
ENDCOMMON 3 0 F082000100031
ENDSUBENT 30 0 F082000199999
SUBENT F0820002 20070418 F027F082000200001
BIB 6 18 F082000200002
REACTION (6-C-12(6-C-12,EL)6-C-12,,DA) F082000200003
INC-SOURCE The 12C beam was obtained from CO gas that decomposed F082000200004
and ionized in the hydrogen discharge of a F082000200005
duoplasmatron. F082000200006
SAMPLE 12C target: 20 mu-g/cm2 self-supporting natural carbon F082000200007
foil. F082000200008
CORRECTION Corrections due to the change of the solid angle of F082000200009
the position-sensitive detector with scattering angle F082000200010
were taken into account. F082000200011
ERR-ANALYS The uncertainties in the absolute cross sections were F082000200012
estimated to be 10% for a scattering angle of 90 degr. F082000200013
This estimate is based on the accuracy of the F082000200014
normalization procedure between the different runs and F082000200015
the uncertainties in setting windows in the mass F082000200016
spectra. The c.m. angles could be determined from the F082000200017
measured energies with an accuracy of 2 degr. F082000200018
(EN-ERR-DIG)Digitizing error F082000200019
STATUS (CURVE)Fig.2 F082000200020
ENDBIB 18 0 F082000200021
COMMON 2 3 F082000200022
ANG-CM EN-ERR-DIG F082000200023
ADEG MEV F082000200024
90. 0.006 F082000200025
ENDCOMMON 3 0 F082000200026
DATA 2 128 F082000200027
EN-CM DATA-CM F082000200028
MEV MB/SR F082000200029
5.1759 919.79 F082000200030
5.1761 834.19 F082000200031
5.3354 869.93 F082000200032
5.5214 834.35 F082000200033
5.6809 800.21 F082000200034
5.7766 746.39 F082000200035
5.8937 696.07 F082000200036
6.1594 677.01 F082000200037
6.2393 605.52 F082000200038
6.3989 526.7 F082000200039
6.4911 541.69 F082000200040
6.532 477.72 F082000200041
6.6119 433.28 F082000200042
6.7713 415.55 F082000200043
6.9043 387.57 F082000200044
7.011 314.39 F082000200045
7.1972 269.68 F082000200046
7.2771 244.59 F082000200047
7.49 206.9 F082000200048
7.5434 182.49 F082000200049
7.8619 204.08 F082000200050
7.9149 221.91 F082000200051
7.9744 209.88 F082000200052
8.0294 172.6 F082000200053
8.08 150.11 F082000200054
8.1556 97.422 F082000200055
8.2339 90.88 F082000200056
8.32 85.955 F082000200057
8.4529 81.295 F082000200058
8.4984 89.65 F082000200059
8.5127 65.915 F082000200060
8.5815 63.224 F082000200061
8.696 51.998 F082000200062
8.7819 53.475 F082000200063
8.9535 59.804 F082000200064
9.199 55.784 F082000200065
9.2867 49.886 F082000200066
9.3796 35.199 F082000200067
9.5128 29.774 F082000200068
9.5928 25.538 F082000200069
9.6994 21.602 F082000200070
9.8322 22.215 F082000200071
9.8849 26.634 F082000200072
9.9634 48.536 F082000200073
10.076 42.813 F082000200074
10.169 58.194 F082000200075
10.282 56.599 F082000200076
10.468 56.605 F082000200077
10.521 51.339 F082000200078
10.625 29.38 F082000200079
10.683 22.224 F082000200080
10.787 45.286 F082000200081
10.946 45.927 F082000200082
11.132 51.356 F082000200083
11.161 89.747 F082000200084
11.264 83.705 F082000200085
11.424 66.032 F082000200086
11.504 54.316 F082000200087
11.584 45.943 F082000200088
11.717 41.671 F082000200089
11.903 41.675 F082000200090
11.977 36.753 F082000200091
12.009 36.758 F082000200092
12.17 23.195 F082000200093
12.197 14.635 F082000200094
12.305 8.493 F082000200095
12.438 6.6998 F082000200096
12.544 8.2604 F082000200097
12.649 11.074 F082000200098
12.748 17.797 F082000200099
12.808 17.799 F082000200100
12.994 15.7 F082000200101
13.074 13.28 F082000200102
13.152 13.47 F082000200103
13.243 16.611 F082000200104
13.317 16.379 F082000200105
13.419 17.075 F082000200106
13.503 17.073 F082000200107
13.612 19.631 F082000200108
13.658 19.094 F082000200109
13.684 23.541 F082000200110
13.94 30.676 F082000200111
14.188 32.01 F082000200112
14.234 41.731 F082000200113
14.281 45.37 F082000200114
14.373 44.749 F082000200115
14.533 42.323 F082000200116
14.559 56.736 F082000200117
14.692 39.474 F082000200118
14.811 37.338 F082000200119
14.918 29.046 F082000200120
15.032 24.224 F082000200121
15.173 22.59 F082000200122
15.305 13.483 F082000200123
15.356 11.246 F082000200124
15.439 10.938 F082000200125
15.651 10.345 F082000200126
15.691 9.3834 F082000200127
15.732 8.7491 F082000200128
15.745 7.6104 F082000200129
15.758 6.7124 F082000200130
16.023 13.302 F082000200131
16.128 18.083 F082000200132
16.181 22.294 F082000200133
16.315 15.296 F082000200134
16.368 13.304 F082000200135
16.554 12.76 F082000200136
16.555 9.9258 F082000200137
16.715 5.2976 F082000200138
16.795 5.9236 F082000200139
16.927 7.5101 F082000200140
17.006 9.0044 F082000200141
17.219 8.6362 F082000200142
17.405 8.3994 F082000200143
17.591 8.4003 F082000200144
17.645 5.4504 F082000200145
17.699 3.8452 F082000200146
17.779 3.3446 F082000200147
17.884 5.0837 F082000200148
17.99 6.4452 F082000200149
18.096 7.9464 F082000200150
18.148 10.359 F082000200151
18.308 10.654 F082000200152
18.361 9.6624 F082000200153
18.494 7.7295 F082000200154
18.587 6.4481 F082000200155
18.675 4.6772 F082000200156
18.782 3.9014 F082000200157
ENDDATA 130 0 F082000200158
ENDSUBENT 157 0 F082000299999
SUBENT F0820003 20070418 F027F082000300001
BIB 6 18 F082000300002
REACTION (6-C-12(6-C-12,INL)6-C-12,PAR,DA) F082000300003
INC-SOURCE The 12C beam was obtained from CO gas that decomposed F082000300004
and ionized in the hydrogen discharge of a F082000300005
duoplasmatron. F082000300006
SAMPLE 12C target: 20 mu-g/cm2 self-supporting natural carbon F082000300007
foil. F082000300008
CORRECTION Corrections due to the change of the solid angle of F082000300009
the position-sensitive detector with scattering angle F082000300010
were taken into account. F082000300011
ERR-ANALYS The uncertainties in the absolute cross sections were F082000300012
estimated to be 10% for a scattering angle of 90 degr. F082000300013
This estimate is based on the accuracy of the F082000300014
normalization procedure between the different runs and F082000300015
the uncertainties in setting windows in the mass F082000300016
spectra. The c.m. angles could be determined from the F082000300017
measured energies with an accuracy of 2 degr. F082000300018
(EN-ERR-DIG)Digitizing error F082000300019
STATUS (CURVE)Fig.2 F082000300020
ENDBIB 18 0 F082000300021
COMMON 3 3 F082000300022
E-LVL ANG-CM EN-ERR-DIG F082000300023
MEV ADEG MEV F082000300024
4.43 90. 0.012 F082000300025
ENDCOMMON 3 0 F082000300026
DATA 2 92 F082000300027
EN-CM DATA-CM F082000300028
MEV MB/SR F082000300029
9.6132 0.039872 F082000300030
9.799 0.040432 F082000300031
9.8817 0.10046 F082000300032
9.9751 0.11217 F082000300033
10.03 0.39887 F082000300034
10.136 0.43332 F082000300035
10.241 0.66448 F082000300036
10.343 0.67427 F082000300037
10.851 0.84047 F082000300038
10.916 0.87618 F082000300039
10.942 1.0339 F082000300040
10.976 1.048 F082000300041
11.038 1.0192 F082000300042
11.117 1.092 F082000300043
11.131 1.2883 F082000300044
11.177 1.3994 F082000300045
11.297 1.6972 F082000300046
11.327 1.2201 F082000300047
11.46 1.108 F082000300048
11.487 1.2203 F082000300049
11.699 1.2038 F082000300050
11.829 2.8698 F082000300051
11.85 2.3335 F082000300052
11.963 1.8979 F082000300053
12.043 1.5434 F082000300054
12.123 1.3447 F082000300055
12.204 1.1397 F082000300056
12.337 0.92691 F082000300057
12.47 1.021 F082000300058
12.549 1.1401 F082000300059
12.627 1.8221 F082000300060
12.733 2.063 F082000300061
12.839 2.1209 F082000300062
12.911 1.9532 F082000300063
12.946 1.7488 F082000300064
13.052 1.6324 F082000300065
13.238 1.4825 F082000300066
13.292 1.1253 F082000300067
13.379 0.96708 F082000300068
13.478 1.2918 F082000300069
13.637 1.4035 F082000300070
13.796 1.4833 F082000300071
13.822 1.6112 F082000300072
13.954 2.0371 F082000300073
14.093 2.0945 F082000300074
14.16 2.1528 F082000300075
14.219 2.2752 F082000300076
14.591 1.9828 F082000300077
14.624 2.4053 F082000300078
14.703 2.9177 F082000300079
14.751 2.957 F082000300080
14.856 4.4723 F082000300081
14.893 3.7388 F082000300082
14.908 3.952 F082000300083
15.067 4.1767 F082000300084
15.147 3.8454 F082000300085
15.214 2.0969 F082000300086
15.327 1.9043 F082000300087
15.421 1.729 F082000300088
15.489 1.6817 F082000300089
15.529 1.5912 F082000300090
15.682 1.024 F082000300091
16.029 0.70594 F082000300092
16.136 0.56624 F082000300093
16.238 0.39012 F082000300094
16.298 0.40665 F082000300095
16.31 0.40676 F082000300096
16.377 0.25809 F082000300097
16.404 0.21296 F082000300098
16.445 0.51462 F082000300099
16.527 0.69653 F082000300100
17.543 0.67813 F082000300101
17.595 0.83417 F082000300102
17.635 0.88133 F082000300103
17.661 0.98414 F082000300104
17.678 1.0992 F082000300105
17.696 1.0686 F082000300106
17.705 1.0248 F082000300107
17.711 1.083 F082000300108
17.731 1.1928 F082000300109
17.749 1.4471 F082000300110
17.762 1.684 F082000300111
17.778 1.7326 F082000300112
17.883 2.769 F082000300113
17.935 3.5492 F082000300114
18.094 3.8031 F082000300115
18.201 3.4063 F082000300116
18.255 2.7321 F082000300117
18.494 2.6219 F082000300118
18.627 2.381 F082000300119
18.759 2.659 F082000300120
18.812 2.8489 F082000300121
ENDDATA 94 0 F082000300122
ENDSUBENT 121 0 F082000399999
SUBENT F0820004 20070418 F027F082000400001
BIB 7 23 F082000400002
REACTION (6-C-12(6-C-12,INL)6-C-12,PAR,DA) F082000400003
EN-SEC (E-LVL1,6-C-12) Residual nucleus. F082000400004
(E-LVL2,6-C-12) Outgoing particle. F082000400005
Inelastic scattering, where both the residual nucleus F082000400006
and the outgoing particle are in the excited states, F082000400007
is given. F082000400008
INC-SOURCE The 12C beam was obtained from CO gas that decomposed F082000400009
and ionized in the hydrogen discharge of a F082000400010
duoplasmatron. F082000400011
SAMPLE 12C target: 20 mu-g/cm2 self-supporting natural carbon F082000400012
foil. F082000400013
CORRECTION Corrections due to the change of the solid angle of F082000400014
the position-sensitive detector with scattering angle F082000400015
were taken into account. F082000400016
ERR-ANALYS The uncertainties in the absolute cross sections were F082000400017
estimated to be 10% for a scattering angle of 90 degr. F082000400018
This estimate is based on the accuracy of the F082000400019
normalization procedure between the different runs and F082000400020
the uncertainties in setting windows in the mass F082000400021
spectra. The c.m. angles could be determined from the F082000400022
measured energies with an accuracy of 2 degr. F082000400023
(EN-ERR-DIG)Digitizing error F082000400024
STATUS (CURVE)Fig.2 F082000400025
ENDBIB 23 0 F082000400026
COMMON 4 3 F082000400027
E-LVL1 E-LVL2 ANG-CM EN-ERR-DIG F082000400028
MEV MEV ADEG MEV F082000400029
4.43 4.43 90. 0.012 F082000400030
ENDCOMMON 3 0 F082000400031
DATA 2 48 F082000400032
EN-CM DATA-CM F082000400033
MEV MB/SR F082000400034
13.988 0.060482 F082000400035
14.115 0.34602 F082000400036
14.273 0.50833 F082000400037
14.317 0.57516 F082000400038
14.378 0.70682 F082000400039
14.457 0.65095 F082000400040
14.616 0.65102 F082000400041
14.669 0.5446 F082000400042
14.987 0.48805 F082000400043
15.119 0.376 F082000400044
15.199 0.31454 F082000400045
15.29 0.35112 F082000400046
15.304 0.50175 F082000400047
15.415 0.59172 F082000400048
15.473 0.85691 F082000400049
15.505 1.1125 F082000400050
15.593 0.82277 F082000400051
15.672 1.011 F082000400052
15.757 0.97034 F082000400053
15.878 1.2426 F082000400054
15.983 1.2947 F082000400055
16.067 1.4453 F082000400056
16.199 1.5912 F082000400057
16.28 0.99765 F082000400058
16.412 0.93153 F082000400059
16.55 0.90644 F082000400060
16.665 1.0116 F082000400061
16.703 0.98432 F082000400062
16.914 0.97104 F082000400063
17.099 0.91925 F082000400064
17.193 1.1294 F082000400065
17.204 1.2436 F082000400066
17.256 1.6593 F082000400067
17.388 2.1249 F082000400068
17.493 2.6838 F082000400069
17.599 2.1252 F082000400070
17.679 1.8782 F082000400071
17.785 1.7062 F082000400072
17.837 1.9845 F082000400073
17.995 2.2768 F082000400074
18.048 2.04 F082000400075
18.181 1.9048 F082000400076
18.286 2.0125 F082000400077
18.392 1.8282 F082000400078
18.471 1.9315 F082000400079
18.656 1.9054 F082000400080
18.683 1.7308 F082000400081
18.79 1.3152 F082000400082
ENDDATA 50 0 F082000400083
ENDSUBENT 82 0 F082000499999
SUBENT F0820005 20070418 F027F082000500001
BIB 5 10 F082000500002
REACTION (12-MG-24(12-MG-24,EL)12-MG-24,,DA) F082000500003
INC-SOURCE The 24Mg beam was prepared by evaporation of natural F082000500004
magnesium from an oven into a Penning source which ran F082000500005
on a hydrogen discharge. The quantity of negatively F082000500006
charged 24Mg ions extracted from the source was of the F082000500007
order of 20-30 nA. F082000500008
SAMPLE 24Mg target: 60 mu-g/cm2 isotopically enriched (99%) F082000500009
24Mg evaporated onto 20 mu-g/cm2 carbon foil. F082000500010
ERR-ANALYS (EN-ERR-DIG)Digitizing error F082000500011
STATUS (CURVE)Fig.2 F082000500012
ENDBIB 10 0 F082000500013
COMMON 2 3 F082000500014
ANG-CM EN-ERR-DIG F082000500015
ADEG MEV F082000500016
90. 0.013 F082000500017
ENDCOMMON 3 0 F082000500018
DATA 2 45 F082000500019
EN-CM DATA-CM F082000500020
MEV MB/SR F082000500021
22.968 712.36 F082000500022
23.499 682.68 F082000500023
23.977 764.24 F082000500024
24.268 627.04 F082000500025
24.985 507.19 F082000500026
25.144 452.96 F082000500027
25.17 404.56 F082000500028
25.389 387.73 F082000500029
25.423 346.33 F082000500030
25.568 322.67 F082000500031
25.621 296.45 F082000500032
25.807 304.92 F082000500033
25.94 280.13 F082000500034
26.126 280.11 F082000500035
26.205 243.2 F082000500036
26.37 199.55 F082000500037
26.464 188.59 F082000500038
26.682 170.81 F082000500039
26.762 156.93 F082000500040
27.027 154.71 F082000500041
27.187 140.14 F082000500042
27.425 128.74 F082000500043
27.638 102.69 F082000500044
27.982 90.419 F082000500045
28.195 74.189 F082000500046
28.487 72.116 F082000500047
28.619 61.734 F082000500048
28.805 50.653 F082000500049
29.017 40.978 F082000500050
29.202 34.101 F082000500051
29.388 30.455 F082000500052
29.786 25.703 F082000500053
30.025 24.985 F082000500054
30.21 17.55 F082000500055
30.82 13.042 F082000500056
31.006 9.6938 F082000500057
31.245 9.423 F082000500058
31.377 8.1813 F082000500059
31.589 6.1672 F082000500060
31.749 6.0804 F082000500061
32.014 5.5858 F082000500062
32.199 3.708 F082000500063
32.385 2.9162 F082000500064
32.597 3.1294 F082000500065
32.995 2.6041 F082000500066
ENDDATA 47 0 F082000500067
ENDSUBENT 66 0 F082000599999
SUBENT F0820006 20070418 F027F082000600001
BIB 5 10 F082000600002
REACTION (12-MG-24(12-MG-24,INL)12-MG-24,PAR,DA) F082000600003
INC-SOURCE The 24Mg beam was prepared by evaporation of natural F082000600004
magnesium from an oven into a Penning source which ran F082000600005
on a hydrogen discharge. The quantity of negatively F082000600006
charged 24Mg ions extracted from the source was of the F082000600007
order of 20-30 nA. F082000600008
SAMPLE 24Mg target: 60 mu-g/cm2 isotopically enriched (99%) F082000600009
24Mg evaporated onto 20 mu-g/cm2 carbon foil. F082000600010
ERR-ANALYS (EN-ERR-DIG)Digitizing error F082000600011
STATUS (CURVE)Fig.2 F082000600012
ENDBIB 10 0 F082000600013
COMMON 3 3 F082000600014
E-LVL ANG-CM EN-ERR-DIG F082000600015
MEV ADEG MEV F082000600016
1.37 90. 0.013 F082000600017
ENDCOMMON 3 0 F082000600018
DATA 2 17 F082000600019
EN-CM DATA-CM F082000600020
MEV MB/SR F082000600021
25.062 3.7345 F082000600022
27.559 15.801 F082000600023
30.002 9.0713 F082000600024
30.214 8.5816 F082000600025
30.612 7.5743 F082000600026
30.798 7.367 F082000600027
31.037 7.4698 F082000600028
31.276 6.1513 F082000600029
31.409 4.8591 F082000600030
31.621 5.1362 F082000600031
31.807 4.792 F082000600032
31.993 4.2296 F082000600033
32.179 4.1138 F082000600034
32.391 3.2496 F082000600035
32.63 2.8682 F082000600036
32.702 2.5669 F082000600037
32.816 1.9722 F082000600038
ENDDATA 19 0 F082000600039
ENDSUBENT 38 0 F082000699999
SUBENT F0820007 20070418 F027F082000700001
BIB 6 15 F082000700002
REACTION (12-MG-24(12-MG-24,INL)12-MG-24,PAR,DA) F082000700003
EN-SEC (E-LVL1,12-MG-24) Residual nucleus. F082000700004
(E-LVL2,12-MG-24) Outgoing particle. F082000700005
Inelastic scattering, where both the residual nucleus F082000700006
and the outgoing particle are in the excited states, F082000700007
is given. F082000700008
INC-SOURCE The 24Mg beam was prepared by evaporation of natural F082000700009
magnesium from an oven into a Penning source which ran F082000700010
on a hydrogen discharge. The quantity of negatively F082000700011
charged 24Mg ions extracted from the source was of the F082000700012
order of 20-30 nA. F082000700013
SAMPLE 24Mg target: 60 mu-g/cm2 isotopically enriched (99%) F082000700014
24Mg evaporated onto 20 mu-g/cm2 carbon foil. F082000700015
ERR-ANALYS (EN-ERR-DIG)Digitizing error F082000700016
STATUS (CURVE)Fig.2 F082000700017
ENDBIB 15 0 F082000700018
COMMON 4 3 F082000700019
E-LVL1 E-LVL2 ANG-CM EN-ERR-DIG F082000700020
MEV MEV ADEG MEV F082000700021
1.37 1.37 90. 0.013 F082000700022
ENDCOMMON 3 0 F082000700023
DATA 2 14 F082000700024
EN-CM DATA-CM F082000700025
MEV MB/SR F082000700026
29.95 0.35141 F082000700027
30.212 0.93011 F082000700028
30.557 0.8453 F082000700029
30.769 0.94344 F082000700030
30.981 0.77888 F082000700031
31.166 1.0824 F082000700032
31.377 1.5043 F082000700033
31.563 1.3858 F082000700034
31.747 1.2426 F082000700035
31.935 1.1443 F082000700036
32.177 0.79022 F082000700037
32.243 1.0124 F082000700038
32.414 0.635 F082000700039
32.548 0.48948 F082000700040
ENDDATA 16 0 F082000700041
ENDSUBENT 40 0 F082000799999
SUBENT F0820008 20070418 F027F082000800001
BIB 7 12 F082000800002
REACTION (14-SI-28(14-SI-28,EL)14-SI-28,,DA) F082000800003
INC-SOURCE In producing the 28Si beam natural Silan (SiH)4 was F082000800004
used as the gaseous compound. The extracted beam was ofF082000800005
the order of 100 nA. F082000800006
MONITOR Experimental data were either normalized the results ofF082000800007
A.J.Ferguson et al or relative intensities between F082000800008
elastic and inelastic scattering were used. F082000800009
MONIT-REF (,A.J.Ferguson+,R,ANL-7837,187,1971) F082000800010
SAMPLE 28Si target: 50 mu-g/cm2 isotopically enriched (99%) F082000800011
self-supporting 28SiO foil. F082000800012
ERR-ANALYS (EN-ERR-DIG)Digitizing error F082000800013
STATUS (CURVE)Fig.2 F082000800014
ENDBIB 12 0 F082000800015
COMMON 2 3 F082000800016
ANG-CM EN-ERR-DIG F082000800017
ADEG MEV F082000800018
90. 0.013 F082000800019
ENDCOMMON 3 0 F082000800020
DATA 2 5 F082000800021
EN-CM DATA-CM F082000800022
MEV MB/SR F082000800023
28.998 864.52 F082000800024
32.996 389.47 F082000800025
33.981 218.88 F082000800026
35.180 131.72 F082000800027
35.952 83.756 F082000800028
ENDDATA 7 0 F082000800029
ENDSUBENT 28 0 F082000899999
SUBENT F0820009 20070418 F027F082000900001
BIB 7 12 F082000900002
REACTION (14-SI-28(14-SI-28,INL)14-SI-28,PAR,DA) F082000900003
INC-SOURCE In producing the 28Si beam natural Silan (SiH)4 was F082000900004
used as the gaseous compound. The extracted beam was ofF082000900005
the order of 100 nA. F082000900006
MONITOR Experimental data were either normalized the results ofF082000900007
A.J.Ferguson et al or relative intensities between F082000900008
elastic and inelastic scattering were used. F082000900009
MONIT-REF (,A.J.Ferguson+,R,ANL-7837,187,1971) F082000900010
SAMPLE 28Si target: 50 mu-g/cm2 isotopically enriched (99%) F082000900011
self-supporting 28SiO foil. F082000900012
ERR-ANALYS (EN-ERR-DIG)Digitizing error F082000900013
STATUS (CURVE)Fig.2 F082000900014
ENDBIB 12 0 F082000900015
COMMON 3 3 F082000900016
E-LVL ANG-CM EN-ERR-DIG F082000900017
MEV ADEG MEV F082000900018
1.78 90. 0.013 F082000900019
ENDCOMMON 3 0 F082000900020
DATA 2 4 F082000900021
EN-CM DATA-CM F082000900022
MEV MB/SR F082000900023
33.034 13.859 F082000900024
34.028 15.676 F082000900025
35.234 11.371 F082000900026
36.041 15.622 F082000900027
ENDDATA 6 0 F082000900028
ENDSUBENT 27 0 F082000999999
SUBENT F0820010 20070418 F027F082001000001
BIB 8 17 F082001000002
REACTION (14-SI-28(14-SI-28,INL)14-SI-28,PAR,DA) F082001000003
EN-SEC (E-LVL1,14-SI-28) Residual nucleus. F082001000004
(E-LVL2,14-SI-28) Outgoing particle. F082001000005
Inelastic scattering, where both the residual nucleus F082001000006
and the outgoing particle are in the first excited F082001000007
states, is given. F082001000008
INC-SOURCE In producing the 28Si beam natural Silan (SiH)4 was F082001000009
used as the gaseous compound. The extracted beam was ofF082001000010
the order of 100 nA. F082001000011
MONITOR Experimental data were either normalized the results ofF082001000012
A.J.Ferguson et al or relative intensities between F082001000013
elastic and inelastic scattering were used. F082001000014
MONIT-REF (,A.J.Ferguson+,R,ANL-7837,187,1971) F082001000015
SAMPLE 28Si target: 50 mu-g/cm2 isotopically enriched (99%) F082001000016
self-supporting 28SiO foil. F082001000017
ERR-ANALYS (EN-ERR-DIG)Digitizing error F082001000018
STATUS (CURVE)Fig.2 F082001000019
ENDBIB 17 0 F082001000020
COMMON 4 3 F082001000021
E-LVL1 E-LVL2 ANG-CM EN-ERR-DIG F082001000022
MEV MEV ADEG MEV F082001000023
1.78 1.78 90. 0.013 F082001000024
ENDCOMMON 3 0 F082001000025
DATA 2 4 F082001000026
EN-CM DATA-CM F082001000027
MEV MB/SR F082001000028
33.021 1.7923 F082001000029
34.012 1.6954 F082001000030
35.215 0.95152 F082001000031
36.045 0.81765 F082001000032
ENDDATA 6 0 F082001000033
ENDSUBENT 32 0 F082001099999
SUBENT F0820011 20070418 F027F082001100001
BIB 7 19 F082001100002
REACTION (6-C-12(6-C-12,EL)6-C-12,,DA) F082001100003
INC-SOURCE The 12C beam was obtained from CO gas that decomposed F082001100004
and ionized in the hydrogen discharge of a F082001100005
duoplasmatron. F082001100006
METHOD (BCINT) F082001100007
SAMPLE 12C target: 20 mu-g/cm2 self-supporting natural carbon F082001100008
foil. F082001100009
CORRECTION Corrections due to the change of the solid angle of F082001100010
the position-sensitive detector with scattering angle F082001100011
were taken into account. F082001100012
ERR-ANALYS The uncertainties in the absolute cross sections were F082001100013
estimated to be 10% for a scattering angle of 90 degr. F082001100014
This estimate is based on the accuracy of the F082001100015
normalization procedure between the different runs and F082001100016
the uncertainties in setting windows in the mass F082001100017
spectra. The c.m. angles could be determined from the F082001100018
measured energies with an accuracy of 2 degr. F082001100019
(EN-ERR-DIG)Digitizing error F082001100020
STATUS (CURVE)Fig.3 F082001100021
ENDBIB 19 0 F082001100022
COMMON 2 3 F082001100023
ANG EN-ERR-DIG F082001100024
ADEG MEV F082001100025
90. 0.023 F082001100026
ENDCOMMON 3 0 F082001100027
DATA 4 124 F082001100028
ANG-CM-MIN ANG-CM-MIN EN-CM DATA-CM F082001100029
ADEG ADEG MEV MB/SR F082001100030
62. 118. 10.416 4412.9 F082001100031
62. 118. 10.6 4203.1 F082001100032
62. 118. 10.784 4052.5 F082001100033
62. 118. 10.968 3859.8 F082001100034
62. 118. 11.152 3631.6 F082001100035
62. 118. 11.428 3459.2 F082001100036
62. 118. 11.612 3335.3 F082001100037
62. 118. 11.842 3138.2 F082001100038
62. 118. 12.071 3100.7 F082001100039
62. 118. 12.164 2881.8 F082001100040
62. 118. 12.393 2882.3 F082001100041
62. 118. 12.67 2646.7 F082001100042
62. 118. 12.945 2583.4 F082001100043
62. 118. 13.175 2460.7 F082001100044
62. 118. 13.451 2343.8 F082001100045
62. 118. 13.589 2178.4 F082001100046
62. 118. 13.819 2024.9 F082001100047
62. 118. 14.048 2100.8 F082001100048
62. 118. 14.186 2000.9 F082001100049
62. 118. 14.417 1814.9 F082001100050
62. 118. 14.556 1606.4 F082001100051
62. 118. 14.787 1387.7 F082001100052
62. 118. 14.972 1228.3 F082001100053
62. 118. 15.157 1087.2 F082001100054
62. 118. 15.341 1023. F082001100055
62. 118. 15.616 1010.8 F082001100056
62. 118. 15.799 1074.6 F082001100057
62. 118. 16.028 1074.8 F082001100058
62. 118. 16.171 651.44 F082001100059
62. 118. 16.356 569.62 F082001100060
62. 118. 16.588 462.9 F082001100061
62. 118. 16.771 480.25 F082001100062
62. 118. 16.928 563.1 F082001100063
62. 118. 17.047 457.45 F082001100064
62. 118. 17.368 480.47 F082001100065
62. 118. 17.601 345.56 F082001100066
62. 118. 17.785 325.13 F082001100067
62. 118. 18.059 349.93 F082001100068
62. 118. 18.242 367.51 F082001100069
62. 118. 18.471 390.72 F082001100070
62. 118. 18.567 251.73 F082001100071
44. 136. 18.813 3609.5 F082001100072
44. 136. 18.996 3744.7 F082001100073
44. 136. 19.225 3791.4 F082001100074
44. 136. 19.409 3655.6 F082001100075
44. 136. 19.636 4500. F082001100076
44. 136. 19.866 4338.9 F082001100077
44. 136. 20.044 7073.4 F082001100078
44. 136. 20.229 6035.7 F082001100079
44. 136. 20.417 4184.6 F082001100080
44. 136. 20.642 5820.5 F082001100081
44. 136. 20.874 4788.1 F082001100082
44. 136. 21.057 5028.6 F082001100083
44. 136. 21.153 3443.8 F082001100084
44. 136. 21.428 3444.5 F082001100085
44. 136. 21.61 3892.6 F082001100086
44. 136. 21.839 4038.6 F082001100087
44. 136. 22.021 4676.8 F082001100088
44. 136. 22.204 4911.7 F082001100089
44. 136. 22.43 6349. F082001100090
44. 136. 22.612 7534.2 F082001100091
44. 136. 22.797 6428.9 F082001100092
44. 136. 23.027 6123.5 F082001100093
44. 136. 23.213 4915.6 F082001100094
44. 136. 23.441 5555.3 F082001100095
44. 136. 24.364 3287.9 F082001100096
44. 136. 24.64 3170.3 F082001100097
44. 136. 24.961 3171.1 F082001100098
44. 136. 25.235 3497.4 F082001100099
44. 136. 25.419 3331.1 F082001100100
44. 136. 25.603 3331.6 F082001100101
44. 136. 25.832 3332.2 F082001100102
44. 136. 25.971 2878.2 F082001100103
44. 136. 26.153 3415.5 F082001100104
44. 136. 26.427 3766.9 F082001100105
44. 136. 26.749 3588.2 F082001100106
44. 136. 26.977 4055.1 F082001100107
44. 136. 27.303 2488.4 F082001100108
44. 136. 27.579 2458.8 F082001100109
44. 136. 27.716 2613.9 F082001100110
44. 136. 27.989 3064.4 F082001100111
44. 136. 28.17 3912.9 F082001100112
44. 136. 28.4 3506.2 F082001100113
44. 136. 28.629 3819.9 F082001100114
44. 136. 28.812 4011.7 F082001100115
44. 136. 28.948 4478.4 F082001100116
44. 136. 29.179 4012.9 F082001100117
44. 136. 29.365 3143.6 F082001100118
44. 136. 29.55 2816.8 F082001100119
44. 136. 29.778 3106.5 F082001100120
44. 136. 29.962 2995.1 F082001100121
44. 136. 30.149 2127.9 F082001100122
44. 136. 30.384 1274.2 F082001100123
44. 136. 30.567 1305.9 F082001100124
44. 136. 30.749 1549.7 F082001100125
44. 136. 30.975 2077.9 F082001100126
44. 136. 31.112 2209. F082001100127
44. 136. 31.389 1931.7 F082001100128
44. 136. 31.573 1752.1 F082001100129
44. 136. 31.756 1862.7 F082001100130
44. 136. 32.169 1863.4 F082001100131
44. 136. 32.307 1731.9 F082001100132
44. 136. 32.541 1157.6 F082001100133
44. 136. 32.816 1230.7 F082001100134
44. 136. 32.998 1442.7 F082001100135
44. 136. 33.089 1478.5 F082001100136
44. 136. 33.318 1478.8 F082001100137
44. 136. 33.548 1497.2 F082001100138
44. 136. 33.961 1375. F082001100139
44. 136. 34.144 1444. F082001100140
44. 136. 34.327 1535.2 F082001100141
44. 136. 34.555 1735. F082001100142
44. 136. 34.739 1672.8 F082001100143
44. 136. 34.969 1554.9 F082001100144
44. 136. 35.201 1279.1 F082001100145
44. 136. 35.977 1736.9 F082001100146
44. 136. 36.162 1500.3 F082001100147
44. 136. 36.348 1204.4 F082001100148
44. 136. 36.578 1147.2 F082001100149
44. 136. 36.717 1027.9 F082001100150
44. 136. 36.947 979.03 F082001100151
44. 136. 37.129 1147.7 F082001100152
44. 136. 37.356 1378.7 F082001100153
44. 136. 37.493 1465.7 F082001100154
ENDDATA 126 0 F082001100155
ENDSUBENT 154 0 F082001199999
SUBENT F0820012 20070418 F027F082001200001
BIB 7 19 F082001200002
REACTION (6-C-12(6-C-12,INL)6-C-12,PAR,DA) F082001200003
INC-SOURCE The 12C beam was obtained from CO gas that decomposed F082001200004
and ionized in the hydrogen discharge of a F082001200005
duoplasmatron. F082001200006
METHOD (BCINT) F082001200007
SAMPLE 12C target: 20 mu-g/cm2 self-supporting natural carbon F082001200008
foil. F082001200009
CORRECTION Corrections due to the change of the solid angle of F082001200010
the position-sensitive detector with scattering angle F082001200011
were taken into account. F082001200012
ERR-ANALYS The uncertainties in the absolute cross sections were F082001200013
estimated to be 10% for a scattering angle of 90 degr. F082001200014
This estimate is based on the accuracy of the F082001200015
normalization procedure between the different runs and F082001200016
the uncertainties in setting windows in the mass F082001200017
spectra. The c.m. angles could be determined from the F082001200018
measured energies with an accuracy of 2 degr. F082001200019
(EN-ERR-DIG)Digitizing error F082001200020
STATUS (CURVE)Fig.3 F082001200021
ENDBIB 19 0 F082001200022
COMMON 5 3 F082001200023
ANG-CM ANG-CM-MIN ANG-CM-MAX E-LVL EN-ERR-DIG F082001200024
ADEG ADEG ADEG MEV MEV F082001200025
90. 44.000 136.00 4.43 0.077 F082001200026
ENDCOMMON 3 0 F082001200027
DATA 2 84 F082001200028
EN-CM DATA-CM F082001200029
MEV MB/SR F082001200030
19.523 5.1632 F082001200031
19.747 7.928 F082001200032
19.928 10.255 F082001200033
20.143 33.646 F082001200034
20.371 35.342 F082001200035
20.6 38.988 F082001200036
20.86 64.438 F082001200037
21.074 62.135 F082001200038
21.189 69.365 F082001200039
21.319 87.51 F082001200040
21.553 88.645 F082001200041
21.783 82.381 F082001200042
21.934 76.581 F082001200043
22.065 91.995 F082001200044
22.194 99.029 F082001200045
22.245 129.77 F082001200046
22.415 137.94 F082001200047
22.78 225.08 F082001200048
22.995 245.19 F082001200049
23.417 358.67 F082001200050
24.522 254.79 F082001200051
24.766 209.57 F082001200052
24.935 245.69 F082001200053
25.196 277.67 F082001200054
25.346 288.2 F082001200055
25.528 314.04 F082001200056
25.756 359.4 F082001200057
25.984 416.39 F082001200058
26.165 482.38 F082001200059
26.392 572.72 F082001200060
26.579 432.19 F082001200061
26.766 326.15 F082001200062
26.95 310.61 F082001200063
27.132 377.9 F082001200064
27.36 392.12 F082001200065
27.545 368.89 F082001200066
27.772 437.97 F082001200067
27.954 477.25 F082001200068
28.095 378.22 F082001200069
28.37 378.31 F082001200070
28.552 417.32 F082001200071
28.782 412.32 F082001200072
28.979 397.65 F082001200073
29.063 507.83 F082001200074
29.192 520.53 F082001200075
29.605 527.13 F082001200076
29.695 574.36 F082001200077
30.016 581.6 F082001200078
30.156 478.16 F082001200079
30.341 433.61 F082001200080
30.486 235.08 F082001200081
30.761 232.27 F082001200082
30.991 226.7 F082001200083
31.266 223.99 F082001200084
31.33 208.1 F082001200085
31.543 198.22 F082001200086
31.727 188.77 F082001200087
31.908 238.27 F082001200088
32.289 218.84 F082001200089
32.336 266.09 F082001200090
32.473 279.48 F082001200091
32.502 279.53 F082001200092
32.96 308.43 F082001200093
33.095 375.24 F082001200094
33.369 399.03 F082001200095
33.553 380.02 F082001200096
33.736 404.08 F082001200097
33.966 389.58 F082001200098
34.151 340.53 F082001200099
34.218 353.39 F082001200100
34.49 305.03 F082001200101
34.749 312.72 F082001200102
34.931 328.47 F082001200103
35.114 345.02 F082001200104
35.344 332.64 F082001200105
36.163 584.72 F082001200106
36.347 536.77 F082001200107
36.533 469.19 F082001200108
36.718 400.2 F082001200109
36.946 436.1 F082001200110
37.13 420.44 F082001200111
37.359 436.26 F082001200112
37.496 463.87 F082001200113
37.725 475.46 F082001200114
ENDDATA 86 0 F082001200115
ENDSUBENT 114 0 F082001299999
SUBENT F0820013 20070418 F027F082001300001
BIB 8 24 F082001300002
REACTION (6-C-12(6-C-12,INL)6-C-12,PAR,DA) F082001300003
EN-SEC (E-LVL1,6-C-12) Residual nucleus. F082001300004
(E-LVL2,6-C-12) Outgoing particle. F082001300005
Inelastic scattering, where both the residual nucleus F082001300006
and the outgoing particle are in the excited states, F082001300007
is given. F082001300008
INC-SOURCE The 12C beam was obtained from CO gas that decomposed F082001300009
and ionized in the hydrogen discharge of a F082001300010
duoplasmatron. F082001300011
METHOD (BCINT) F082001300012
SAMPLE 12C target: 20 mu-g/cm2 self-supporting natural carbon F082001300013
foil. F082001300014
CORRECTION Corrections due to the change of the solid angle of F082001300015
the position-sensitive detector with scattering angle F082001300016
were taken into account. F082001300017
ERR-ANALYS The uncertainties in the absolute cross sections were F082001300018
estimated to be 10% for a scattering angle of 90 degr. F082001300019
This estimate is based on the accuracy of the F082001300020
normalization procedure between the different runs and F082001300021
the uncertainties in setting windows in the mass F082001300022
spectra. The c.m. angles could be determined from the F082001300023
measured energies with an accuracy of 2 degr. F082001300024
(EN-ERR-DIG)Digitizing error F082001300025
STATUS (CURVE)Fig.3 F082001300026
ENDBIB 24 0 F082001300027
COMMON 6 3 F082001300028
ANG-CM ANG-CM-MIN ANG-CM-MAX E-LVL1 E-LVL2 EN-ERR-DIG F082001300029
ADEG ADEG ADEG MEV MEV MEV F082001300030
90. 52.000 128.00 4.43 4.43 0.077 F082001300031
ENDCOMMON 3 0 F082001300032
DATA 2 47 F082001300033
EN-CM DATA-CM F082001300034
MEV MB/SR F082001300035
27.891 10.334 F082001300036
28.202 19.414 F082001300037
28.376 35.163 F082001300038
28.602 42.698 F082001300039
28.83 47.057 F082001300040
28.967 48.807 F082001300041
29.195 54.445 F082001300042
29.379 50.028 F082001300043
29.652 59.296 F082001300044
29.833 67.766 F082001300045
30.059 84.306 F082001300046
30.257 33.57 F082001300047
30.441 33.987 F082001300048
30.671 32.387 F082001300049
30.932 46.606 F082001300050
31.157 47.159 F082001300051
31.212 57.978 F082001300052
31.436 82.415 F082001300053
31.664 89.735 F082001300054
31.847 89.754 F082001300055
32.029 98.912 F082001300056
32.21 111.68 F082001300057
32.437 129.19 F082001300058
32.62 137.29 F082001300059
32.856 89.856 F082001300060
33.039 94.339 F082001300061
33.219 114.55 F082001300062
33.588 104.01 F082001300063
33.616 114.63 F082001300064
33.747 126.24 F082001300065
33.997 134.21 F082001300066
34.27 149.73 F082001300067
34.452 159.11 F082001300068
34.635 169.09 F082001300069
34.782 200.53 F082001300070
34.814 220.79 F082001300071
34.95 240.38 F082001300072
35.271 249.37 F082001300073
36.147 184.37 F082001300074
36.376 193.58 F082001300075
36.513 205.7 F082001300076
36.743 198.41 F082001300077
36.924 224.02 F082001300078
37.154 218.71 F082001300079
37.338 208.4 F082001300080
37.523 191.49 F082001300081
37.705 208.49 F082001300082
ENDDATA 49 0 F082001300083
ENDSUBENT 82 0 F082001399999
SUBENT F0820014 20070418 F027F082001400001
BIB 5 8 F082001400002
REACTION (6-C-12(6-C-12,EL)6-C-12,,DA) F082001400003
INC-SOURCE The 12C beam was obtained from CO gas that decomposed F082001400004
and ionized in the hydrogen discharge of a F082001400005
duoplasmatron. F082001400006
SAMPLE 12C target: 20 mu-g/cm2 self-supporting natural carbon F082001400007
foil. F082001400008
ERR-ANALYS (ANG-ERR-D)Digitizing error F082001400009
STATUS (CURVE)Fig.4 F082001400010
ENDBIB 8 0 F082001400011
COMMON 1 3 F082001400012
ANG-ERR-D F082001400013
ADEG F082001400014
0.058 F082001400015
ENDCOMMON 3 0 F082001400016
DATA 3 320 F082001400017
EN-CM ANG-CM DATA-CM F082001400018
MEV ADEG MB/SR F082001400019
10.5 42.258 176.23 F082001400020
10.5 43.548 145.31 F082001400021
10.5 44.301 122.75 F082001400022
10.5 45.484 93.022 F082001400023
10.5 46.667 77.634 F082001400024
10.5 47.312 64.015 F082001400025
10.5 48.495 59.548 F082001400026
10.5 49.462 60.27 F082001400027
10.5 50.538 60.27 F082001400028
10.5 51.613 64.015 F082001400029
10.5 52.366 64.792 F082001400030
10.5 53.548 69.652 F082001400031
10.5 54.624 73.979 F082001400032
10.5 55.484 73.979 F082001400033
10.5 56.667 73.979 F082001400034
10.5 57.634 73.093 F082001400035
10.5 58.602 70.496 F082001400036
10.5 59.677 68.817 F082001400037
10.5 60.538 64.792 F082001400038
10.5 61.505 57.433 F082001400039
10.5 62.473 50.3 F082001400040
10.5 63.548 46.79 F082001400041
10.5 64.516 41.476 F082001400042
10.5 64.731 35.89 F082001400043
10.5 65.484 34.2 F082001400044
10.5 65.806 30.316 F082001400045
10.5 66.559 25.919 F082001400046
10.5 67.634 19.642 F082001400047
10.5 68.602 13.681 F082001400048
10.5 69.677 9.7618 F082001400049
10.5 70.753 5.813 F082001400050
10.5 71.72 4.5128 F082001400051
10.5 72.688 2.8543 F082001400052
10.5 73.441 2.3536 F082001400053
10.5 74.624 3.4615 F082001400054
10.5 75.591 4.7932 F082001400055
10.5 76.559 7.1351 F082001400056
10.5 77.634 8.6531 F082001400057
10.5 78.602 13.517 F082001400058
10.5 79.462 16.592 F082001400059
10.5 80.538 20.122 F082001400060
10.5 81.505 22.7 F082001400061
10.5 82.473 26.551 F082001400062
10.5 83.656 29.594 F082001400063
10.5 84.409 31.433 F082001400064
10.5 85.269 34.2 F082001400065
10.5 86.559 35.035 F082001400066
10.5 87.527 34.615 F082001400067
10.5 88.495 39.05 F082001400068
10.5 89.462 37.212 F082001400069
11.6 42.51 108.03 F082001400070
11.6 43.692 89.495 F082001400071
11.6 44.444 79.233 F082001400072
11.6 45.627 70.928 F082001400073
11.6 46.594 63.494 F082001400074
11.6 47.454 53.186 F082001400075
11.6 48.637 56.211 F082001400076
11.6 49.39 53.776 F082001400077
11.6 50.572 53.182 F082001400078
11.6 51.648 57.466 F082001400079
11.6 52.723 60.066 F082001400080
11.6 53.691 60.064 F082001400081
11.6 54.551 64.902 F082001400082
11.6 55.519 60.062 F082001400083
11.6 56.487 60.729 F082001400084
11.6 57.67 61.403 F082001400085
11.6 58.53 60.726 F082001400086
11.6 59.605 56.822 F082001400087
11.6 60.465 53.761 F082001400088
11.6 61.54 48.126 F082001400089
11.6 62.615 48.125 F082001400090
11.6 63.69 41.673 F082001400091
11.6 64.55 35.69 F082001400092
11.6 65.733 31.597 F082001400093
11.6 66.7 26.762 F082001400094
11.6 67.559 20.068 F082001400095
11.6 68.634 15.905 F082001400096
11.6 69.601 11.537 F082001400097
11.6 70.783 8.0064 F082001400098
11.6 71.643 6.0038 F082001400099
11.6 72.825 4.4525 F082001400100
11.6 73.685 4.4524 F082001400101
11.6 74.652 3.7711 F082001400102
11.6 75.729 5.3741 F082001400103
11.6 76.697 6.7805 F082001400104
11.6 77.665 8.65 F082001400105
11.6 78.741 12.327 F082001400106
11.6 79.709 13.77 F082001400107
11.6 80.677 16.805 F082001400108
11.6 81.645 19.841 F082001400109
11.6 82.506 23.948 F082001400110
11.6 83.582 26.751 F082001400111
11.6 84.765 29.882 F082001400112
11.6 85.732 29.881 F082001400113
11.6 86.485 30.213 F082001400114
11.6 87.453 33.378 F082001400115
11.6 88.528 33.748 F082001400116
11.6 89.604 34.123 F082001400117
12.7 35.593 264.46 F082001400118
12.7 36.669 204.43 F082001400119
12.7 37.851 155.79 F082001400120
12.7 38.712 136.97 F082001400121
12.7 39.679 118.72 F082001400122
12.7 40.754 108.96 F082001400123
12.7 41.722 102.9 F082001400124
12.7 42.475 94.438 F082001400125
12.7 43.658 87.92 F082001400126
12.7 44.733 87.92 F082001400127
12.7 45.593 87.92 F082001400128
12.7 46.668 87.92 F082001400129
12.7 47.636 95.797 F082001400130
12.7 48.604 89.186 F082001400131
12.7 49.679 87.919 F082001400132
12.7 50.647 84.226 F082001400133
12.7 51.615 77.3 F082001400134
12.7 52.582 71.965 F082001400135
12.7 53.765 66.999 F082001400136
12.7 54.733 57.246 F082001400137
12.7 55.808 53.295 F082001400138
12.7 56.668 48.912 F082001400139
12.7 57.744 45.537 F082001400140
12.7 58.819 43.005 F082001400141
12.7 59.787 42.394 F082001400142
12.7 60.754 36.223 F082001400143
12.7 61.83 34.209 F082001400144
12.7 62.797 31.395 F082001400145
12.7 63.765 30.95 F082001400146
12.7 64.733 28.814 F082001400147
12.7 65.916 26.825 F082001400148
12.7 66.668 24.974 F082001400149
12.7 67.851 23.25 F082001400150
12.7 68.819 20.152 F082001400151
12.7 69.787 18.761 F082001400152
12.7 70.754 14.924 F082001400153
12.7 71.937 13.697 F082001400154
12.7 72.797 10.74 F082001400155
12.7 73.872 7.954 F082001400156
12.7 74.84 6.4182 F082001400157
12.7 75.915 4.4888 F082001400158
12.7 76.991 5.1054 F082001400159
12.7 77.851 4.4888 F082001400160
12.7 78.926 4.8216 F082001400161
12.7 79.894 4.4251 F082001400162
12.7 81.184 5.5628 F082001400163
12.7 82.152 7.6198 F082001400164
12.7 83.12 8.9179 F082001400165
12.7 83.98 12.215 F082001400166
12.7 84.733 12.215 F082001400167
12.7 85.916 15.577 F082001400168
12.7 86.776 17.972 F082001400169
12.7 87.636 17.972 F082001400170
12.7 88.711 19.865 F082001400171
12.7 89.464 21.034 F082001400172
14.1 35.921 306.65 F082001400173
14.1 36.889 271.21 F082001400174
14.1 38.072 232.62 F082001400175
14.1 39.147 181.96 F082001400176
14.1 40.007 151.34 F082001400177
14.1 40.867 131.81 F082001400178
14.1 41.727 118.38 F082001400179
14.1 42.695 92.601 F082001400180
14.1 43.877 80.651 F082001400181
14.1 44.845 80.65 F082001400182
14.1 45.598 67.082 F082001400183
14.1 46.565 63.086 F082001400184
14.1 47.641 64.061 F082001400185
14.1 48.716 70.241 F082001400186
14.1 49.791 70.24 F082001400187
14.1 50.759 70.239 F082001400188
14.1 51.619 69.168 F082001400189
14.1 52.802 71.324 F082001400190
14.1 53.77 72.427 F082001400191
14.1 54.738 69.166 F082001400192
14.1 55.705 69.165 F082001400193
14.1 56.673 59.322 F082001400194
14.1 57.641 54.102 F082001400195
14.1 58.501 53.277 F082001400196
14.1 59.791 46.402 F082001400197
14.1 60.651 41.674 F082001400198
14.1 61.726 38.007 F082001400199
14.1 62.694 35.743 F082001400200
14.1 63.769 35.198 F082001400201
14.1 64.522 32.597 F082001400202
14.1 65.597 30.189 F082001400203
14.1 66.673 27.532 F082001400204
14.1 67.64 25.498 F082001400205
14.1 68.823 23.254 F082001400206
14.1 69.576 21.536 F082001400207
14.1 70.758 17.912 F082001400208
14.1 71.618 15.363 F082001400209
14.1 72.586 13.177 F082001400210
14.1 73.661 10.96 F082001400211
14.1 74.521 7.8187 F082001400212
14.1 75.274 4.7841 F082001400213
14.1 76.564 4.784 F082001400214
14.1 77.424 4.4305 F082001400215
14.1 78.392 3.8 F082001400216
14.1 79.36 6.1157 F082001400217
14.1 80.543 8.4419 F082001400218
14.1 81.511 12.202 F082001400219
14.1 82.694 16.587 F082001400220
14.1 83.339 21.204 F082001400221
14.1 84.522 25.493 F082001400222
14.1 85.49 32.59 F082001400223
14.1 86.565 35.189 F082001400224
14.1 87.425 37.996 F082001400225
14.1 88.716 41.027 F082001400226
14.1 89.468 42.306 F082001400227
17.5 35.174 264.75 F082001400228
17.5 36.142 251.17 F082001400229
17.5 37.324 214.48 F082001400230
17.5 38.077 156.4 F082001400231
17.5 39.151 114.05 F082001400232
17.5 40.226 84.264 F082001400233
17.5 41.193 47.854 F082001400234
17.5 42.16 29.799 F082001400235
17.5 42.267 21.446 F082001400236
17.5 43.235 19.303 F082001400237
17.5 44.203 21.445 F082001400238
17.5 45.171 21.444 F082001400239
17.5 46.031 27.175 F082001400240
17.5 47.107 32.671 F082001400241
17.5 48.075 37.758 F082001400242
17.5 48.935 41.4 F082001400243
17.5 50.118 44.214 F082001400244
17.5 50.871 43.635 F082001400245
17.5 51.946 43.634 F082001400246
17.5 53.021 38.761 F082001400247
17.5 53.989 37.753 F082001400248
17.5 55.171 30.186 F082001400249
17.5 55.924 28.638 F082001400250
17.5 57.106 21.723 F082001400251
17.5 58.074 21.159 F082001400252
17.5 58.934 18.55 F082001400253
17.5 60.117 16.263 F082001400254
17.5 61.084 16.05 F082001400255
17.5 62.16 16.262 F082001400256
17.5 63.02 15.428 F082001400257
17.5 63.988 16.049 F082001400258
17.5 65.063 14.256 F082001400259
17.5 66.03 14.07 F082001400260
17.5 67.105 10.395 F082001400261
17.5 68.073 9.1136 F082001400262
17.5 68.825 7.8855 F082001400263
17.5 69.9 5.1756 F082001400264
17.5 71.082 3.5338 F082001400265
17.5 72.049 2.0068 F082001400266
17.5 72.909 1.3884 F082001400267
17.5 73.984 0.83108 F082001400268
17.5 75.166 0.83106 F082001400269
17.5 75.919 0.97319 F082001400270
17.5 76.995 1.5222 F082001400271
17.5 77.963 1.6044 F082001400272
17.5 79.039 2.2002 F082001400273
17.5 80.007 3.3082 F082001400274
17.5 80.975 4.1374 F082001400275
17.5 82.158 5.8249 F082001400276
17.5 83.018 5.9801 F082001400277
17.5 84.094 6.7317 F082001400278
17.5 84.847 7.1894 F082001400279
17.5 86.029 6.3863 F082001400280
17.5 86.89 7.2843 F082001400281
17.5 87.858 7.7795 F082001400282
17.5 88.933 7.0021 F082001400283
18.8 35.269 169.97 F082001400284
18.8 36.237 140.15 F082001400285
18.8 37.312 91.907 F082001400286
18.8 38.387 63.248 F082001400287
18.8 39.355 45.128 F082001400288
18.8 40.43 27.529 F082001400289
18.8 41.398 26.873 F082001400290
18.8 42.366 36.766 F082001400291
18.8 43.333 40.003 F082001400292
18.8 44.301 42.489 F082001400293
18.8 45.376 45.128 F082001400294
18.8 46.344 43.004 F082001400295
18.8 47.312 43.004 F082001400296
18.8 48.602 37.212 F082001400297
18.8 49.355 31.056 F082001400298
18.8 50.43 25.301 F082001400299
18.8 51.505 20.863 F082001400300
18.8 52.473 13.355 F082001400301
18.8 53.441 11.012 F082001400302
18.8 54.409 10.368 F082001400303
18.8 55.376 10.881 F082001400304
18.8 56.344 14.185 F082001400305
18.8 57.312 17.203 F082001400306
18.8 58.387 21.893 F082001400307
18.8 59.355 27.199 F082001400308
18.8 60.43 27.863 F082001400309
18.8 61.398 30.684 F082001400310
18.8 62.366 30.684 F082001400311
18.8 63.333 28.889 F082001400312
18.8 64.301 22.428 F082001400313
18.8 65.161 19.642 F082001400314
18.8 66.344 14.886 F082001400315
18.8 67.312 12.275 F082001400316
18.8 68.28 8.9718 F082001400317
18.8 69.355 5.4073 F082001400318
18.8 70.323 3.22 F082001400319
18.8 71.29 2.4698 F082001400320
18.8 72.473 1.5811 F082001400321
18.8 73.118 1.9174 F082001400322
18.8 74.516 2.4698 F082001400323
18.8 75.269 2.5919 F082001400324
18.8 76.129 3.6325 F082001400325
18.8 77.312 4.7932 F082001400326
18.8 78.28 4.7932 F082001400327
18.8 79.247 5.4073 F082001400328
18.8 80.215 5.1528 F082001400329
18.8 81.398 5.3426 F082001400330
18.8 82.151 5.03 F082001400331
18.8 83.118 4.7932 F082001400332
18.8 83.333 3.9524 F082001400333
18.8 84.409 4.4588 F082001400334
18.8 85.054 4.1476 F082001400335
18.8 86.237 3.905 F082001400336
18.8 87.204 4.0979 F082001400337
18.8 88.065 4.4588 F082001400338
18.8 89.032 3.7212 F082001400339
ENDDATA 322 0 F082001400340
ENDSUBENT 339 0 F082001499999
SUBENT F0820015 20070418 F027F082001500001
BIB 5 10 F082001500002
REACTION (12-MG-24(12-MG-24,EL)12-MG-24,,DA) F082001500003
INC-SOURCE The 24Mg beam was prepared by evaporation of natural F082001500004
magnesium from an oven into a Penning source which ran F082001500005
on a hydrogen discharge. The quantity of negatively F082001500006
charged 24Mg ions extracted from the source was of the F082001500007
order of 20-30 nA. F082001500008
SAMPLE 24Mg target: 60 mu-g/cm2 isotopically enriched (99%) F082001500009
24Mg evaporated onto 20 mu-g/cm2 carbon foil. F082001500010
ERR-ANALYS (ANG-ERR-D)Digitizing error F082001500011
STATUS (CURVE)Fig.5 F082001500012
ENDBIB 10 0 F082001500013
COMMON 1 3 F082001500014
ANG-ERR-D F082001500015
ADEG F082001500016
0.088 F082001500017
ENDCOMMON 3 0 F082001500018
DATA 3 149 F082001500019
EN-CM ANG-CM DATA-CM F082001500020
MEV ADEG MB/SR F082001500021
45. 49.513 1968.4 F082001500022
45. 50.503 2012.6 F082001500023
45. 51.492 2104.1 F082001500024
45. 52.682 1883.1 F082001500025
45. 53.277 1542.1 F082001500026
45. 54.468 1221.5 F082001500027
45. 55.46 935.86 F082001500028
45. 56.253 837.56 F082001500029
45. 56.254 801.19 F082001500030
45. 57.243 925.58 F082001500031
45. 58.231 1081.2 F082001500032
45. 59.022 1263. F082001500033
45. 59.814 1208.2 F082001500034
45. 61.203 957.03 F082001500035
45. 62.196 641.8 F082001500036
45. 62.992 425.65 F082001500037
45. 63.785 385.19 F082001500038
45. 64.774 435.23 F082001500039
45. 65.761 613.99 F082001500040
45. 66.75 733.34 F082001500041
45. 67.739 837.84 F082001500042
45. 68.729 766.67 F082001500043
45. 69.523 620.91 F082001500044
45. 70.715 425.75 F082001500045
45. 71.115 267.11 F082001500046
45. 72.307 185.2 F082001500047
45. 73.494 202.4 F082001500048
45. 74.084 326.21 F082001500049
45. 75.466 491.9 F082001500050
45. 76.454 649.23 F082001500051
45. 77.244 758.4 F082001500052
45. 78.038 663.84 F082001500053
45. 78.832 514.28 F082001500054
45. 79.628 326.27 F082001500055
45. 81.019 193.65 F082001500056
45. 81.619 108.73 F082001500057
45. 82.806 118.84 F082001500058
45. 83.99 187.33 F082001500059
45. 84.777 326.31 F082001500060
45. 85.368 470.67 F082001500061
45. 86.554 568.44 F082001500062
45. 87.543 621.24 F082001500063
45. 88.336 555.99 F082001500064
45. 89.329 445.31 F082001500065
45. 90.322 312.19 F082001500066
45. 91.118 191.57 F082001500067
50. 50.114 1852.1 F082001500068
50. 50.907 1733.9 F082001500069
50. 51.899 1454.1 F082001500070
50. 52.892 1192.9 F082001500071
50. 54.083 916.08 F082001500072
50. 54.678 876.66 F082001500073
50. 55.471 811.7 F082001500074
50. 56.658 848.26 F082001500075
50. 57.846 876.76 F082001500076
50. 58.836 876.79 F082001500077
50. 59.431 820.8 F082001500078
50. 60.225 711.43 F082001500079
50. 61.614 540.38 F082001500080
50. 62.805 438.47 F082001500081
50. 63.993 438.49 F082001500082
50. 64.387 505.92 F082001500083
50. 65.575 534.55 F082001500084
50. 66.366 596.74 F082001500085
50. 67.158 596.76 F082001500086
50. 68.347 546.5 F082001500087
50. 68.745 473.68 F082001500088
50. 69.738 371.86 F082001500089
50. 71.128 261.52 F082001500090
50. 71.725 212.19 F082001500091
50. 72.914 196.47 F082001500092
50. 73.505 247.54 F082001500093
50. 74.69 322.36 F082001500094
50. 75.48 384.42 F082001500095
50. 76.469 429.15 F082001500096
50. 77.855 424.47 F082001500097
50. 78.65 329.58 F082001500098
50. 79.644 250.34 F082001500099
50. 80.836 170.34 F082001500100
50. 81.436 109.7 F082001500101
50. 82.629 74.64 F082001500102
50. 83.42 78.001 F082001500103
50. 84.404 127.98 F082001500104
50. 84.993 196.56 F082001500105
50. 86.178 258.8 F082001500106
50. 87.166 301.91 F082001500107
50. 87.957 319. F082001500108
50. 88.75 301.93 F082001500109
50. 89.941 250.44 F082001500110
50. 91.133 174.2 F082001500111
50. 91.93 119.84 F082001500112
55. 50.282 1237.1 F082001500113
55. 51.074 1265.2 F082001500114
55. 52.266 1046.3 F082001500115
55. 53.457 915.05 F082001500116
55. 54.055 791.33 F082001500117
55. 55.441 782.61 F082001500118
55. 56.036 740.1 F082001500119
55. 57.029 661.88 F082001500120
55. 58.02 640.1 F082001500121
55. 58.616 585.37 F082001500122
55. 59.608 547.44 F082001500123
55. 60.797 523.55 F082001500124
55. 61.79 452.77 F082001500125
55. 62.389 366.15 F082001500126
55. 63.974 358.1 F082001500127
55. 65.558 350.22 F082001500128
55. 65.956 323.87 F082001500129
55. 67.344 296.2 F082001500130
55. 67.94 270.88 F082001500131
55. 69.331 224.02 F082001500132
55. 69.928 191.58 F082001500133
55. 71.318 160.22 F082001500134
55. 71.718 138.56 F082001500135
55. 73.106 128.14 F082001500136
55. 73.898 129.59 F082001500137
55. 74.887 132.53 F082001500138
55. 76.074 137.06 F082001500139
55. 77.063 144.95 F082001500140
55. 78.851 114.64 F082001500141
55. 80.044 89.653 F082001500142
55. 80.645 68.561 F082001500143
55. 81.443 50.703 F082001500144
55. 82.837 36.669 F082001500145
55. 83.827 36.672 F082001500146
55. 84.613 48.497 F082001500147
55. 85.598 59.976 F082001500148
55. 86.187 76.7 F082001500149
55. 87.372 84.825 F082001500150
55. 88.164 86.747 F082001500151
55. 89.353 83.894 F082001500152
55. 89.751 75.867 F082001500153
55. 90.946 57.376 F082001500154
60. 56.355 1052.1 F082001500155
60. 60.909 565.67 F082001500156
60. 65.662 249.19 F082001500157
60. 70.421 126.76 F082001500158
60. 74.961 49.99 F082001500159
60. 79.736 35.057 F082001500160
60. 84.881 9.2802 F082001500161
60. 89.913 18.627 F082001500162
66. 55.521 949.38 F082001500163
66. 59.853 236.77 F082001500164
66. 64.826 98.127 F082001500165
66. 69.794 34.723 F082001500166
66. 74.759 11.482 F082001500167
66. 79.528 5.449 F082001500168
66. 84.068 1.3589 F082001500169
66. 89.303 3.3508 F082001500170
ENDDATA 151 0 F082001500171
ENDSUBENT 170 0 F082001599999
SUBENT F0820016 20070418 F027F082001600001
BIB 7 12 F082001600002
REACTION (14-SI-28(14-SI-28,EL)14-SI-28,,DA,,REL) F082001600003
INC-SOURCE In producing the 28Si beam natural Silan (SiH)4 was F082001600004
used as the gaseous compound. The extracted beam was ofF082001600005
the order of 100 nA. F082001600006
MONITOR Experimental data were either normalized the results ofF082001600007
A.J.Ferguson et al or relative intensities between F082001600008
elastic and inelastic scattering were used. F082001600009
MONIT-REF (,A.J.Ferguson+,R,ANL-7837,187,1971) F082001600010
SAMPLE 28Si target: 50 mu-g/cm2 isotopically enriched (99%) F082001600011
self-supporting 28SiO foil. F082001600012
ERR-ANALYS (ANG-ERR-D)Digitizing error F082001600013
STATUS (CURVE)Fig.6 F082001600014
ENDBIB 12 0 F082001600015
COMMON 1 3 F082001600016
ANG-ERR-D F082001600017
ADEG F082001600018
0.058 F082001600019
ENDCOMMON 3 0 F082001600020
DATA 3 84 F082001600021
EN-CM ANG-CM DATA-CM F082001600022
MEV ADEG ARB-UNITS F082001600023
33. 49.435 1381.4 F082001600024
33. 51.426 1047.9 F082001600025
33. 53.411 963.13 F082001600026
33. 55.393 1049.8 F082001600027
33. 57.547 849.04 F082001600028
33. 59.541 566.75 F082001600029
33. 61.52 672.74 F082001600030
33. 63.664 798.61 F082001600031
33. 65.656 593.05 F082001600032
33. 67.486 379.31 F082001600033
33. 69.79 545.57 F082001600034
33. 71.44 620.48 F082001600035
33. 73.757 546.54 F082001600036
33. 75.596 248.53 F082001600037
33. 77.586 196.75 F082001600038
33. 79.547 452.28 F082001600039
33. 81.526 548.43 F082001600040
33. 83.53 254.78 F082001600041
33. 85.395 43.451 F082001600042
33. 87.669 193.46 F082001600043
33. 89.469 383.04 F082001600044
34. 49.712 1235.7 F082001600045
34. 51.86 958.44 F082001600046
34. 53.835 959.39 F082001600047
34. 55.81 960.35 F082001600048
34. 57.631 698.71 F082001600049
34. 59.774 628.91 F082001600050
34. 61.579 746.22 F082001600051
34. 63.72 715.92 F082001600052
34. 65.707 499.23 F082001600053
34. 67.687 421.55 F082001600054
34. 69.82 533.22 F082001600055
34. 71.797 500.77 F082001600056
34. 73.779 396.72 F082001600057
34. 75.614 180.79 F082001600058
34. 77.752 192.91 F082001600059
34. 79.545 342.84 F082001600060
34. 81.684 350.59 F082001600061
34. 83.522 140.63 F082001600062
34. 85.545 29.81 F082001600063
34. 87.802 140.94 F082001600064
34. 89.76 250.5 F082001600065
35.2 50.208 937.38 F082001600066
35.2 52.19 807.29 F082001600067
35.2 54.174 860.47 F082001600068
35.2 56.157 807.02 F082001600069
35.2 58.14 740.92 F082001600070
35.2 60.124 709.88 F082001600071
35.2 62.107 709.76 F082001600072
35.2 64.255 611.25 F082001600073
35.2 66.237 443.87 F082001600074
35.2 68.054 366.32 F082001600075
35.2 70.038 425.21 F082001600076
35.2 72.022 398.79 F082001600077
35.2 74.004 315.37 F082001600078
35.2 75.984 162.82 F082001600079
35.2 78.133 162.79 F082001600080
35.2 79.953 265.79 F082001600081
35.2 82.102 277.32 F082001600082
35.2 84.082 120.72 F082001600083
35.2 86.059 32.878 F082001600084
35.2 88.049 120.68 F082001600085
35.2 89.87 210.05 F082001600086
36. 49.998 938.08 F082001600087
36. 51.816 898.92 F082001600088
36. 53.965 978.96 F082001600089
36. 55.948 861.41 F082001600090
36. 58.097 757.99 F082001600091
36. 60.08 696.03 F082001600092
36. 61.899 681.35 F082001600093
36. 64.213 527.55 F082001600094
36. 66.031 399.85 F082001600095
36. 68.18 344.42 F082001600096
36. 70.163 359.43 F082001600097
36. 72.147 272.42 F082001600098
36. 74.13 170.43 F082001600099
36. 75.949 100.02 F082001600100
36. 78.097 131.96 F082001600101
36. 79.916 166.84 F082001600102
36. 82.064 126.45 F082001600103
36. 84.048 34.444 F082001600104
36. 86.362 22.972 F082001600105
36. 88.015 75.809 F082001600106
36. 89.998 100.02 F082001600107
ENDDATA 86 0 F082001600108
ENDSUBENT 107 0 F082001699999
SUBENT F0820017 20070418 F027F082001700001
BIB 7 12 F082001700002
REACTION (14-SI-28(14-SI-28,INL)14-SI-28,PAR,DA,,REL) F082001700003
INC-SOURCE In producing the 28Si beam natural Silan (SiH)4 was F082001700004
used as the gaseous compound. The extracted beam was ofF082001700005
the order of 100 nA. F082001700006
MONITOR Experimental data were either normalized the results ofF082001700007
A.J.Ferguson et al or relative intensities between F082001700008
elastic and inelastic scattering were used. F082001700009
MONIT-REF (,A.J.Ferguson+,R,ANL-7837,187,1971) F082001700010
SAMPLE 28Si target: 50 mu-g/cm2 isotopically enriched (99%) F082001700011
self-supporting 28SiO foil. F082001700012
ERR-ANALYS (ANG-ERR-D)Digitizing error F082001700013
STATUS (CURVE)Fig.6 F082001700014
ENDBIB 12 0 F082001700015
COMMON 2 3 F082001700016
E-LVL ANG-ERR-D F082001700017
MEV ADEG F082001700018
1.78 0.058 F082001700019
ENDCOMMON 3 0 F082001700020
DATA 3 84 F082001700021
EN-CM ANG-CM DATA-CM F082001700022
MEV ADEG ARB-UNITS F082001700023
33. 48.113 28.231 F082001700024
33. 49.937 23.362 F082001700025
33. 52.088 21.04 F082001700026
33. 54.062 30.157 F082001700027
33. 56.217 23.927 F082001700028
33. 58.041 19.386 F082001700029
33. 60.175 32.905 F082001700030
33. 62.319 39.832 F082001700031
33. 64.309 31.601 F082001700032
33. 66.462 26.713 F082001700033
33. 70.417 40.828 F082001700034
33. 72.573 31.054 F082001700035
33. 74.569 19.528 F082001700036
33. 76.722 17.22 F082001700037
33. 78.699 21.743 F082001700038
33. 80.846 23.188 F082001700039
33. 82.677 14.581 F082001700040
33. 84.832 11.568 F082001700041
33. 86.977 13.144 F082001700042
33. 88.956 15.252 F082001700043
33. 90.94 15.265 F082001700044
34. 48.457 18.484 F082001700045
34. 50.27 16.291 F082001700046
34. 52.571 20.136 F082001700047
34. 54.54 28.851 F082001700048
34. 56.519 22.881 F082001700049
34. 58.652 35.676 F082001700050
34. 60.789 44.092 F082001700051
34. 62.766 38.051 F082001700052
34. 64.748 26.029 F082001700053
34. 67.053 24.968 F082001700054
34. 69.024 32.188 F082001700055
34. 71.002 27.778 F082001700056
34. 72.82 17.462 F082001700057
34. 75.13 12.201 F082001700058
34. 76.939 13.856 F082001700059
34. 78.91 18.245 F082001700060
34. 81.214 18.646 F082001700061
34. 83.191 16.786 F082001700062
34. 85.328 19.472 F082001700063
34. 87.47 17.164 F082001700064
34. 89.281 17.172 F082001700065
35.2 48.837 1.4639 F082001700066
35.2 50.654 2.7595 F082001700067
35.2 52.801 8.2795 F082001700068
35.2 54.783 12.113 F082001700069
35.2 56.768 6.4286 F082001700070
35.2 58.751 9.405 F082001700071
35.2 61.064 11.62 F082001700072
35.2 62.884 6.4333 F082001700073
35.2 64.869 2.3344 F082001700074
35.2 66.852 2.5408 F082001700075
35.2 69. 4.7897 F082001700076
35.2 70.984 3.0101 F082001700077
35.2 73.132 3.8795 F082001700078
35.2 74.951 3.566 F082001700079
35.2 77.099 4.0489 F082001700080
35.2 78.917 4.597 F082001700081
35.2 81.231 6.1807 F082001700082
35.2 83.214 7.6363 F082001700083
35.2 85.198 5.4475 F082001700084
35.2 87.513 3.5713 F082001700085
35.2 89.166 3.2826 F082001700086
36. 48.842 23.28 F082001700087
36. 50.826 39.477 F082001700088
36. 52.809 50.868 F082001700089
36. 54.958 48.764 F082001700090
36. 56.941 34.052 F082001700091
36. 58.925 38.654 F082001700092
36. 60.908 29.999 F082001700093
36. 62.892 17.321 F082001700094
36. 65.041 12.617 F082001700095
36. 67.024 15.918 F082001700096
36. 69.008 16.605 F082001700097
36. 71.156 15.26 F082001700098
36. 73.14 18.849 F082001700099
36. 75.123 25.877 F082001700100
36. 77.437 26.43 F082001700101
36. 79.421 20.512 F082001700102
36. 81.404 21.397 F082001700103
36. 83.388 31.297 F082001700104
36. 85.371 35.526 F082001700105
36. 87.52 27.572 F082001700106
36. 89.503 18.071 F082001700107
ENDDATA 86 0 F082001700108
ENDSUBENT 107 0 F082001799999
ENDENTRY 17 0 F082099999999