ENTRY F0986 20090317 F036F098600000001 SUBENT F0986001 20090317 F036F098600100001 BIB 9 20 F098600100002 TITLE The 57Fe(t,p)59Fe and 58Fe(d,p)59Fe reactions. F098600100003 AUTHOR (K.C.McLean,S.M.Dalgliesh,S.S.Ipson,G.Brown) F098600100004 INSTITUTE (2UK BRD) F098600100005 REFERENCE (J,NP/A,191,417,1972) F098600100006 FACILITY (VDG,2UK ALD) F098600100007 DETECTOR (MAGSP) The Aldermaston multigap spectrograph was used.F098600100008 (PLATE) F098600100009 SAMPLE The targets used were self-supporting, nominally F098600100010 100 mu-g/cm2 thick and prepared by electrolytic F098600100011 deposition onto a backing of natural copper which was F098600100012 dissolved off in trichloracetic acid. F098600100013 Isotopic analysis of the sample used for target F098600100014 preparation. F098600100015 Target Isotopic abundance (%) F098600100016 54Fe 56Fe 57Fe 58Fe F098600100017 57Fe 0.16 7.04 92.8 <0.05 F098600100018 58Fe 0.39 13.1 1.1 85.4 F098600100019 COMMENT From compilers: for Fig. 4,6,7 (sub 9,11,12) different F098600100020 arbitrary scales are given. F098600100021 HISTORY (20090304C) F098600100022 ENDBIB 20 0 F098600100023 NOCOMMON 0 0 F098600100024 ENDSUBENT 23 0 F098600199999 SUBENT F0986002 20090317 F036F098600200001 BIB 3 4 F098600200002 REACTION (26-FE-57(T,EL)26-FE-57,,DA) F098600200003 ERR-ANALYS (DATA-ERR) The error are of scanning of the emulsionsF098600200004 (5%) or statistical, whichever is the greater. F098600200005 STATUS (TABLE) Tbl.2 F098600200006 ENDBIB 4 0 F098600200007 COMMON 1 3 F098600200008 EN F098600200009 MEV F098600200010 12. F098600200011 ENDCOMMON 3 0 F098600200012 DATA 3 15 F098600200013 ANG-CM DATA-CM DATA-ERR F098600200014 ADEG MB/SR MB/SR F098600200015 36.7 315. 17. F098600200016 52.3 48.7 2.6 F098600200017 60. 31.2 1.6 F098600200018 75.3 6.47 0.32 F098600200019 82.9 5.28 0.26 F098600200020 90.5 2.71 0.14 F098600200021 95.5 1.59 8.0E-02 F098600200022 102.9 1.08 5.0E-02 F098600200023 110.3 0.83 4.0E-02 F098600200024 117.7 0.55 3.0E-02 F098600200025 125. 0.37 2.0E-02 F098600200026 132.3 0.28 2.0E-02 F098600200027 139.5 0.18 1.6E-02 F098600200028 146.7 0.16 1.6E-02 F098600200029 153.9 0.15 1.4E-02 F098600200030 ENDDATA 17 0 F098600200031 ENDSUBENT 30 0 F098600299999 SUBENT F0986003 20090317 F036F098600300001 BIB 3 4 F098600300002 REACTION (26-FE-56(D,EL)26-FE-56,,DA) F098600300003 ERR-ANALYS (DATA-ERR) The error are of scanning of the emulsionsF098600300004 (5%) or statistical, whichever is the greater. F098600300005 STATUS (TABLE) Tbl.3 F098600300006 ENDBIB 4 0 F098600300007 COMMON 1 3 F098600300008 EN F098600300009 MEV F098600300010 10. F098600300011 ENDCOMMON 3 0 F098600300012 DATA 3 20 F098600300013 ANG-CM DATA-CM DATA-ERR F098600300014 ADEG MB/SR MB/SR F098600300015 28.5 1.73E+03 86. F098600300016 36.2 513. 26. F098600300017 43.9 264. 13. F098600300018 51.6 139. 7. F098600300019 59.2 58.7 2.9 F098600300020 66.9 27.2 1.4 F098600300021 74.5 17.9 0.9 F098600300022 82. 16.3 0.8 F098600300023 89.6 11.8 0.6 F098600300024 102. 5.33 0.27 F098600300025 109.5 3.52 0.18 F098600300026 116.9 2.98 0.15 F098600300027 124.2 2.68 0.13 F098600300028 131.6 2.29 0.13 F098600300029 138.9 2.15 0.13 F098600300030 146.2 1.71 0.11 F098600300031 153.4 1.58 1.0E-01 F098600300032 160.7 1.29 1.0E-01 F098600300033 167.9 1.24 9.0E-02 F098600300034 175.2 1.06 9.0E-02 F098600300035 ENDDATA 22 0 F098600300036 ENDSUBENT 35 0 F098600399999 SUBENT F0986004 20090317 F036F098600400001 BIB 3 4 F098600400002 REACTION (26-FE-58(D,EL)26-FE-58,,DA) F098600400003 MONITOR Relative cross sections were normalised to the values F098600400004 predicted by optical model calculations. F098600400005 STATUS (TABLE) Tbl.3 F098600400006 ENDBIB 4 0 F098600400007 COMMON 1 3 F098600400008 EN F098600400009 MEV F098600400010 10. F098600400011 ENDCOMMON 3 0 F098600400012 DATA 2 18 F098600400013 ANG-CM DATA-CM F098600400014 ADEG MB/SR F098600400015 51.6 123.1 F098600400016 59.2 52.9 F098600400017 66.9 25.1 F098600400018 74.5 18.4 F098600400019 82. 14. F098600400020 89.6 9.66 F098600400021 94.5 6.81 F098600400022 102. 4.63 F098600400023 109.5 3.11 F098600400024 116.9 2.49 F098600400025 124.2 2.12 F098600400026 131.6 1.89 F098600400027 138.9 1.57 F098600400028 146.2 1.36 F098600400029 153.4 1.22 F098600400030 160.7 1.06 F098600400031 167.9 1. F098600400032 175.2 0.93 F098600400033 ENDDATA 20 0 F098600400034 ENDSUBENT 33 0 F098600499999 SUBENT F0986005 20090317 F036F098600500001 BIB 5 27 F098600500002 REACTION (26-FE-58(D,P)26-FE-59,PAR,DA) F098600500003 MONITOR The absolute cross sections were obtained in two ways. F098600500004 a) The relative yields of the elastic scattering and ofF098600500005 the (d,p) reactions were measured simultaneously and F098600500006 the data for the (d,d) reaction normalized to the crossF098600500007 sections predicted by an optical model fit to the data.F098600500008 b) Relative differential cross sections of the F098600500009 56Fe(d,d) reaction for theta 35 - 175 degr., and the F098600500010 58Fe(d,d) reaction for theta <35 degr., were obtained F098600500011 using the Aldermaston multigap spectrograph. These wereF098600500012 placed on an absolute scale by normalization to F098600500013 absolute values of the (d,d) cross sections for theta F098600500014 <=65 degr. The cross sections for the 58Fe(d,p)59Fe F098600500015 reaction were then obtained from the relative yields F098600500016 of the (d,p) reaction with the 56Fe and 58Fe F098600500017 constituents in the target used to study the F098600500018 58Fe(d,p)59Fe reaction. F098600500019 FLAG Different normalisation methods were used: F098600500020 (1.) using cross section for 56Fe(d,p)57Fe reaction F098600500021 (2.) normalisation of 58Fe(d,d)58Fe to optical model F098600500022 predictions F098600500023 (3.) normalisation of 58Fe(d,d)58Fe to data for F098600500024 56Fe(d,d)56Fe for angle less 80 degr. F098600500025 (4.) mean F098600500026 ERR-ANALYS (ERR-SYS) Systematic error F098600500027 (ERR-S) Statistical error F098600500028 STATUS (TABLE) Tbl.5 F098600500029 ENDBIB 27 0 F098600500030 COMMON 5 3 F098600500031 EN ANG E-LVL ERR-SYS ERR-S F098600500032 MEV ADEG MEV PER-CENT PER-CENT F098600500033 10. 12.5 0. 10. 5. F098600500034 ENDCOMMON 3 0 F098600500035 DATA 2 4 F098600500036 DATA FLAG F098600500037 MB/SR NO-DIM F098600500038 7.85 1. F098600500039 7.64 2. F098600500040 8.46 3. F098600500041 7.98 4. F098600500042 ENDDATA 6 0 F098600500043 ENDSUBENT 42 0 F098600599999 SUBENT F0986006 20090317 F036F098600600001 BIB 4 23 F098600600002 REACTION (26-FE-58(D,P)26-FE-59,PAR,DA,,REL) F098600600003 MONITOR The absolute cross sections were obtained in two ways. F098600600004 a) The relative yields of the elastic scattering and ofF098600600005 the (d,p) reactions were measured simultaneously and F098600600006 the data for the (d,d) reaction normalized to the crossF098600600007 sections predicted by an optical model fit to the data.F098600600008 b) Relative differential cross sections of the F098600600009 56Fe(d,d) reaction for theta 35 - 175 degr., and the F098600600010 58Fe(d,d) reaction for theta <35 degr., were obtained F098600600011 using the Aldermaston multigap spectrograph. These wereF098600600012 placed on an absolute scale by normalization to F098600600013 absolute values of the (d,d) cross sections for theta F098600600014 <=65 degr. The cross sections for the 58Fe(d,p)59Fe F098600600015 reaction were then obtained from the relative yields F098600600016 of the (d,p) reaction with the 56Fe and 58Fe F098600600017 constituents in the target used to study the F098600600018 58Fe(d,p)59Fe reaction. F098600600019 ERR-ANALYS (ANG-ERR-D) Angle digitizing error F098600600020 (ERR-DIG) Data digitizing error F098600600021 (ERR-SYS) Systematic error F098600600022 (ERR-S) Statistical error F098600600023 (DATA-ERR) Error from the graphic bars F098600600024 STATUS (CURVE) Fig.4 F098600600025 ENDBIB 23 0 F098600600026 COMMON 5 3 F098600600027 EN ERR-SYS ERR-S ANG-ERR-D ERR-DIG F098600600028 MEV PER-CENT PER-CENT ADEG ARB-UNITS F098600600029 10. 10. 5. 0.685 0.014 F098600600030 ENDCOMMON 3 0 F098600600031 DATA 4 68 F098600600032 E-LVL ANG-CM DATA-CM DATA-ERR F098600600033 MEV ADEG ARB-UNITS ARB-UNITS F098600600034 0.574 5.3629 0.5372 F098600600035 0.574 12.991 1.5716 7.646E-02 F098600600036 0.574 21.056 1.667 7.610E-02 F098600600037 0.574 28.032 1.1448 6.102E-02 F098600600038 0.574 35.773 0.62985 F098600600039 1.026 6.6038 1.0322 F098600600040 1.026 13.554 1.3103 5.320E-02 F098600600041 1.026 20.505 1.5885 5.320E-02 F098600600042 1.026 27.821 1.5243 6.080E-02 F098600600043 1.026 36.18 1.6801 5.302E-02 F098600600044 1.026 43.848 1.5853 6.080E-02 F098600600045 1.026 51.324 1.331 5.302E-02 F098600600046 1.026 58.516 0.841 F098600600047 1.026 65.795 0.7464 F098600600048 1.026 74.122 0.55246 F098600600049 1.026 80.601 0.76239 F098600600050 1.026 89.121 0.72806 F098600600051 1.081 6.2841 1.0567 0.10051 F098600600052 1.081 14.591 1.702 9.232E-02 F098600600053 1.081 21.66 1.4907 9.264E-02 F098600600054 1.081 29.084 0.4837 3.860E-02 F098600600055 1.081 36.552 0.28761 F098600600056 1.162 5.4549 1.4712 0.12953 F098600600057 1.162 12.858 1.582 0.10657 F098600600058 1.162 21.002 1.6697 0.10623 F098600600059 1.162 27.675 1.4691 9.897E-02 F098600600060 1.162 35.724 0.43906 6.080E-02 F098600600061 1.517 5.6341 0.61644 F098600600062 1.517 12.785 0.76758 F098600600063 1.517 20.216 0.82596 F098600600064 1.517 28.194 1.023 F098600600065 1.517 36.176 1.5598 7.716E-02 F098600600066 1.517 43.678 1.6799 6.945E-02 F098600600067 1.517 51.733 1.6068 7.699E-02 F098600600068 1.517 58.597 1.1713 6.191E-02 F098600600069 1.517 65.9 0.78194 F098600600070 1.517 73.849 0.61619 F098600600071 1.517 80.866 0.65159 F098600600072 1.648 5.1289 0.83902 F098600600073 1.648 13.24 1.2106 6.893E-02 F098600600074 1.648 20.696 1.6744 8.424E-02 F098600600075 1.648 28.152 1.5023 7.640E-02 F098600600076 1.648 35.474 0.90102 F098600600077 1.648 42.542 0.40718 F098600600078 1.921 5.7457 1.1912 7.630E-02 F098600600079 1.921 13.107 1.6843 6.867E-02 F098600600080 1.921 20.776 1.3833 6.867E-02 F098600600081 1.921 28.132 1.51 4.578E-02 F098600600082 1.921 35.421 0.484 F098600600083 1.921 42.65 0.48858 F098600600084 1.921 50.179 0.41669 F098600600085 1.921 58.032 0.29123 F098600600086 1.921 65.076 0.12031 F098600600087 1.921 72.241 6.384E-02 F098600600088 1.921 79.454 5.316E-02 F098600600089 1.962 5.8025 1.0845 5.381E-02 F098600600090 1.962 13.068 1.6736 7.704E-02 F098600600091 1.962 20.357 1.5781 6.133E-02 F098600600092 1.962 27.821 0.93656 4.596E-02 F098600600093 1.962 35.387 0.38725 F098600600094 2.812 5.0748 1.3764 8.504E-02 F098600600095 2.812 13.045 1.6823 6.933E-02 F098600600096 2.812 20.289 1.6102 0.1002 F098600600097 2.812 27.324 0.88185 F098600600098 2.856 6.1825 1.2664 6.919E-02 F098600600099 2.856 13.492 1.6784 6.133E-02 F098600600100 2.856 20.798 1.4135 6.168E-02 F098600600101 2.856 27.878 0.94869 F098600600102 ENDDATA 70 0 F098600600103 ENDSUBENT 102 0 F098600699999 SUBENT F0986007 20090317 F036F098600700001 BIB 4 14 F098600700002 REACTION (26-FE-57(T,P)26-FE-59,PAR,DA,,REL) F098600700003 MONITOR Absolute cross sections for the levels strongly excitedF098600700004 in the (t,p) reaction were obtained by normalizing F098600700005 the yield of the (t,t) reaction to the values predictedF098600700006 by an optical model fit to the elastic scattering data.F098600700007 To obtain absolute cross sections for all levels the F098600700008 data obtained in the manner described above were F098600700009 normalized to those obtained in the separate exposure F098600700010 for the (t,p) reaction. F098600700011 ERR-ANALYS (ANG-ERR-D) Angle digitizing error F098600700012 (ERR-DIG) Data digitizing error F098600700013 (ERR-SYS) Systematic error F098600700014 (DATA-ERR) Error from the graphic bars F098600700015 STATUS (CURVE) Fig.5 F098600700016 ENDBIB 14 0 F098600700017 COMMON 4 3 F098600700018 EN ERR-SYS ANG-ERR-D ERR-DIG F098600700019 MEV PER-CENT ADEG ARB-UNITS F098600700020 12. 15. 0.769 0.02 F098600700021 ENDCOMMON 3 0 F098600700022 DATA 4 231 F098600700023 E-LVL ANG-CM DATA-CM DATA-ERR F098600700024 MEV ADEG ARB-UNITS ARB-UNITS F098600700025 0. 2.7495 0.40837 9.164E-02 F098600700026 0. 10.052 0.80818 5.832E-02 F098600700027 0. 17.367 1.5746 5.832E-02 F098600700028 0. 25.054 1.4412 5.832E-02 F098600700029 0. 32.307 0.4829 6.666E-02 F098600700030 0. 39.582 0.15785 4.999E-02 F098600700031 0. 46.872 0.22439 5.000E-02 F098600700032 0.287 5.5998 1.6242 F098600700033 0.287 12.309 0.56534 F098600700034 0.287 19.578 5.628E-02 F098600700035 0.287 27.808 5.537E-02 F098600700036 0.287 35.627 5.450E-02 F098600700037 0.287 42.629 7.872E-02 F098600700038 0.287 50.447 7.785E-02 F098600700039 0.287 57.847 5.204E-02 F098600700040 0.287 64.429 4.297E-02 F098600700041 0.287 73.072 5.035E-02 F098600700042 0.473 5.5574 0.20098 4.938E-02 F098600700043 0.473 12.438 1.1877 7.407E-02 F098600700044 0.473 20.767 1.5898 8.224E-02 F098600700045 0.473 28.365 1.0127 5.755E-02 F098600700046 0.473 35.16 0.48512 4.938E-02 F098600700047 0.473 42.885 0.29481 F098600700048 0.473 50.653 0.23617 F098600700049 0.473 57.232 0.30114 F098600700050 0.473 64.558 0.14381 F098600700051 0.574 4.3588 0.24746 4.976E-02 F098600700052 0.574 12.576 0.85263 4.976E-02 F098600700053 0.574 18.783 1.6072 6.637E-02 F098600700054 0.574 27.266 1.2334 F098600700055 0.574 34.47 0.45307 F098600700056 0.574 40.931 0.154 F098600700057 0.574 49.869 0.12027 F098600700058 0.574 56.792 0.21112 F098600700059 0.574 72.221 8.573E-02 F098600700060 0.728 4.7159 0.42414 8.264E-02 F098600700061 0.728 12.754 0.98585 6.610E-02 F098600700062 0.728 20.394 1.5806 8.263E-02 F098600700063 0.728 27.586 1.4565 4.958E-02 F098600700064 0.728 34.327 0.58856 3.304E-02 F098600700065 0.728 41.916 0.4148 4.132E-02 F098600700066 0.728 49.107 0.29063 4.958E-02 F098600700067 0.728 63.503 0.23237 5.785E-02 F098600700068 1.026 2.2493 0.22874 9.090E-02 F098600700069 1.026 9.8845 0.47669 5.785E-02 F098600700070 1.026 17.12 0.53457 5.785E-02 F098600700071 1.026 24.354 0.75773 5.785E-02 F098600700072 1.026 31.58 1.6007 9.090E-02 F098600700073 1.026 39.222 1.2454 7.437E-02 F098600700074 1.026 46.866 0.71652 4.132E-02 F098600700075 1.026 54.509 0.3199 4.132E-02 F098600700076 1.026 62.551 0.15466 F098600700077 1.162 4.6292 0.21392 F098600700078 1.162 12.165 0.8605 6.639E-02 F098600700079 1.162 19.724 1.6067 7.469E-02 F098600700080 1.162 26.986 1.0831 7.465E-02 F098600700081 1.162 34.601 0.31893 F098600700082 1.162 41.956 0.19374 F098600700083 1.162 48.951 0.28436 F098600700084 1.162 57.152 0.26697 F098600700085 1.162 64.516 0.18328 F098600700086 1.214 4.0318 1.5998 9.128E-02 F098600700087 1.214 11.569 0.53675 4.979E-02 F098600700088 1.214 18.873 0.14593 F098600700089 1.214 26.256 5.385E-02 F098600700090 1.214 34.086 9.449E-02 F098600700091 1.214 42.317 9.361E-02 F098600700092 1.214 48.895 6.800E-02 F098600700093 1.214 56.711 5.886E-02 F098600700094 1.517 3.457 0.45337 8.194E-02 F098600700095 1.517 10.84 0.72344 5.737E-02 F098600700096 1.517 17.736 0.40343 4.920E-02 F098600700097 1.517 25.574 1.0259 4.918E-02 F098600700098 1.517 33.381 1.4189 4.098E-02 F098600700099 1.517 41.565 1.5742 7.372E-02 F098600700100 1.517 48.065 1.3443 6.559E-02 F098600700101 1.517 55.729 0.66364 4.918E-02 F098600700102 1.517 72.103 1.0234 4.918E-02 F098600700103 1.572 4.4991 0.15934 F098600700104 1.572 12.554 0.87208 F098600700105 1.572 19.416 1.5932 7.464E-02 F098600700106 1.572 26.158 1.4186 6.635E-02 F098600700107 1.572 33.998 0.52253 F098600700108 1.572 41.113 0.15722 F098600700109 1.572 48.28 0.18168 F098600700110 1.572 63.797 0.14761 F098600700111 1.572 70.954 9.743E-02 F098600700112 1.648 3.2174 0.69281 8.231E-02 F098600700113 1.648 10.452 1.5983 0.12345 F098600700114 1.648 18.143 1.2527 7.408E-02 F098600700115 1.648 25.823 1.1623 7.408E-02 F098600700116 1.648 32.275 1.4505 7.407E-02 F098600700117 1.648 40.368 1.1626 5.762E-02 F098600700118 1.648 47.649 0.95696 4.940E-02 F098600700119 1.648 54.946 0.38096 4.938E-02 F098600700120 1.746 4.3975 0.42635 F098600700121 1.746 11.432 0.97727 F098600700122 1.746 18.887 1.594 7.410E-02 F098600700123 1.746 27.031 1.4864 4.941E-02 F098600700124 1.746 34.199 0.45716 F098600700125 1.746 41.903 0.16032 F098600700126 1.746 49.25 0.1598 F098600700127 1.746 57.026 0.28271 F098600700128 1.746 64.352 0.15874 F098600700129 1.746 72.095 9.235E-02 F098600700130 1.921 4.0671 0.63159 6.644E-02 F098600700131 1.921 13.11 1.51 5.803E-02 F098600700132 1.921 19.39 1.6005 4.979E-02 F098600700133 1.921 27.712 1.5662 8.292E-02 F098600700134 1.921 34.593 0.95948 2.495E-02 F098600700135 1.921 41.967 0.58507 3.319E-02 F098600700136 1.921 49.403 0.39323 F098600700137 1.921 56.889 0.35074 F098600700138 1.921 64.849 0.48246 3.319E-02 F098600700139 1.962 4.2074 1.5927 6.530E-02 F098600700140 1.962 10.931 0.71881 F098600700141 1.962 18.114 8.970E-02 F098600700142 1.962 25.014 4.014E-02 F098600700143 1.962 33.563 9.653E-02 F098600700144 1.962 40.063 7.965E-02 F098600700145 1.962 55.51 7.832E-02 F098600700146 2.488 3.6912 0.55413 4.918E-02 F098600700147 2.488 11.413 0.7172 F098600700148 2.488 19.211 1.159 7.382E-02 F098600700149 2.488 27.35 1.3712 7.382E-02 F098600700150 2.488 35.032 1.3867 4.913E-02 F098600700151 2.488 42.365 1.6072 6.557E-02 F098600700152 2.488 49.037 0.8851 6.553E-02 F098600700153 2.488 56.197 0.47445 F098600700154 2.488 63.046 0.3999 F098600700155 2.488 71.12 0.3744 F098600700156 2.565 3.1593 0.30583 4.982E-02 F098600700157 2.565 8.022 0.71264 5.810E-02 F098600700158 2.565 17.334 1.5926 7.469E-02 F098600700159 2.565 25.501 1.5431 7.470E-02 F098600700160 2.565 33.349 0.45628 F098600700161 2.565 41.123 0.2325 F098600700162 2.565 48.867 0.35725 F098600700163 2.565 55.807 0.3409 F098600700164 2.565 70.521 9.247E-02 F098600700165 2.759 4.0651 0.52888 4.956E-02 F098600700166 2.759 11.05 1.6194 7.435E-02 F098600700167 2.759 18.728 1.1151 4.131E-02 F098600700168 2.759 26.024 0.92482 4.131E-02 F098600700169 2.759 33.342 1.0403 4.955E-02 F098600700170 2.759 41.043 0.84173 4.131E-02 F098600700171 2.759 47.931 0.63494 5.783E-02 F098600700172 2.759 54.409 0.37033 F098600700173 2.759 62.529 0.3453 F098600700174 2.812 2.9036 1.6498 7.466E-02 F098600700175 2.812 10.305 0.81969 F098600700176 2.812 17.319 0.23854 F098600700177 2.812 26.49 0.2713 F098600700178 2.812 33.569 0.23777 F098600700179 2.812 40.225 0.14619 F098600700180 2.812 48.144 0.16241 F098600700181 2.812 56.055 0.12055 F098600700182 2.812 63.968 8.698E-02 F098600700183 2.856 4.5574 1.6067 8.126E-02 F098600700184 2.856 11.606 0.54918 F098600700185 2.856 18.775 6.078E-02 F098600700186 2.856 26.052 8.454E-02 F098600700187 2.856 34.144 0.14076 F098600700188 2.856 41.411 0.11575 F098600700189 2.856 55.536 4.137E-02 F098600700190 2.943 4.2331 0.24834 F098600700191 2.943 12.582 1.0371 F098600700192 2.943 20.062 1.6039 8.225E-02 F098600700193 2.943 27.362 1.414 7.406E-02 F098600700194 2.943 34.898 0.50035 F098600700195 2.943 40.921 8.852E-02 F098600700196 2.943 49.524 0.22751 F098600700197 2.943 57.285 0.25966 F098600700198 2.943 63.792 0.16856 F098600700199 3.071 3.1954 0.23133 F098600700200 3.071 11.362 1.3524 4.983E-02 F098600700201 3.071 18.105 1.5936 7.472E-02 F098600700202 3.071 25.72 1.4698 6.646E-02 F098600700203 3.071 33.459 0.72357 4.153E-02 F098600700204 3.071 39.965 0.1515 F098600700205 3.071 47.545 0.20194 F098600700206 3.071 55.122 0.26899 F098600700207 3.071 61.928 0.19488 F098600700208 3.103 4.9143 1.2342 0.13388 F098600700209 3.103 11.853 1.2424 0.10041 F098600700210 3.103 19.217 1.6188 8.368E-02 F098600700211 3.103 26.968 1.5266 0.10877 F098600700212 3.103 34.279 0.73993 8.368E-02 F098600700213 3.103 41.602 0.22099 F098600700214 3.103 49.366 0.42167 4.183E-02 F098600700215 3.103 56.703 0.20396 F098600700216 3.16 3.327 0.28078 F098600700217 3.16 11.08 0.8949 4.979E-02 F098600700218 3.16 18.833 1.5671 7.469E-02 F098600700219 3.16 26.997 1.6086 6.639E-02 F098600700220 3.16 33.528 1.1688 6.639E-02 F098600700221 3.16 40.061 0.41361 F098600700222 3.16 49.04 0.65428 F098600700223 3.16 55.571 0.43022 F098600700224 3.16 63.735 0.19787 F098600700225 3.225 4.4131 1.3617 6.576E-02 F098600700226 3.225 12.187 1.5995 5.749E-02 F098600700227 3.225 18.898 0.80879 3.292E-02 F098600700228 3.225 26.612 0.79979 4.938E-02 F098600700229 3.225 33.486 0.67565 3.296E-02 F098600700230 3.225 41.17 0.5432 F098600700231 3.225 48.453 0.43549 F098600700232 3.225 56.125 0.25366 F098600700233 3.282 4.4412 0.48801 F098600700234 3.282 12.268 1.1893 8.170E-02 F098600700235 3.282 19.223 1.5887 6.534E-02 F098600700236 3.282 27.24 1.2942 5.711E-02 F098600700237 3.282 34.469 1.0894 4.894E-02 F098600700238 3.282 42.098 0.86837 F098600700239 3.282 49.364 0.83509 F098600700240 3.282 57.404 0.64663 5.711E-02 F098600700241 3.388 5.8081 0.72501 4.052E-02 F098600700242 3.388 12.668 1.1059 5.668E-02 F098600700243 3.388 19.518 1.5677 7.287E-02 F098600700244 3.388 27.28 1.1632 4.858E-02 F098600700245 3.388 35.069 0.50772 F098600700246 3.388 42.808 0.29756 F098600700247 3.388 50.111 0.35457 F098600700248 3.388 57.427 0.29822 F098600700249 3.388 64.341 0.20137 F098600700250 3.543 5.651 0.61292 3.290E-02 F098600700251 3.543 11.829 1.09 5.761E-02 F098600700252 3.543 20.051 1.5998 4.936E-02 F098600700253 3.543 26.968 1.4102 7.407E-02 F098600700254 3.543 34.662 0.89137 4.113E-02 F098600700255 3.543 42.357 0.37251 F098600700256 ENDDATA 233 0 F098600700257 ENDSUBENT 256 0 F098600799999 SUBENT F0986008 20090317 F036F098600800001 BIB 4 22 F098600800002 REACTION (26-FE-58(D,P)26-FE-59,PAR,DA,,REL) F098600800003 MONITOR The absolute cross sections were obtained in two ways. F098600800004 a) The relative yields of the elastic scattering and ofF098600800005 the (d,p) reactions were measured simultaneously and F098600800006 the data for the (d,d) reaction normalized to the crossF098600800007 sections predicted by an optical model fit to the data.F098600800008 b) Relative differential cross sections of the F098600800009 56Fe(d,d) reaction for theta 35 - 175 degr., and the F098600800010 58Fe(d,d) reaction for theta <35 degr., were obtained F098600800011 using the Aldermaston multigap spectrograph. These wereF098600800012 placed on an absolute scale by normalization to F098600800013 absolute values of the (d,d) cross sections for theta F098600800014 <=65 degr. The cross sections for the 58Fe(d,p)59Fe F098600800015 reaction were then obtained from the relative yields F098600800016 of the (d,p) reaction with the 56Fe and 58Fe F098600800017 constituents in the target used to study the F098600800018 58Fe(d,p)59Fe reaction. F098600800019 ERR-ANALYS (ANG-ERR-D) Angle digitizing error F098600800020 (ERR-DIG) Data digitizing error F098600800021 (ERR-SYS) Systematic error F098600800022 (DATA-ERR) Error from the graphic bars F098600800023 STATUS (CURVE) Fig.6 F098600800024 ENDBIB 22 0 F098600800025 COMMON 3 3 F098600800026 ERR-SYS ANG-ERR-D ERR-DIG F098600800027 PER-CENT ADEG PER-CENT F098600800028 10. 0.258 0.2 F098600800029 ENDCOMMON 3 0 F098600800030 DATA 5 96 F098600800031 EN E-LVL ANG DATA DATA-ERR F098600800032 MEV MEV ADEG ARB-UNITS ARB-UNITS F098600800033 10. 0. 4.8379 45.422 3.419 F098600800034 10. 0. 11.932 101.15 9.4525 F098600800035 10. 0. 20.093 92.357 8.6083 F098600800036 10. 0. 27.275 34.261 3.1934 F098600800037 10. 0. 34.294 18.806 1.5865 F098600800038 10. 0. 41.746 21.939 1.8509 F098600800039 10. 0. 49.717 26.353 2.4563 F098600800040 10. 0. 56.989 14.323 1.4638 F098600800041 10. 0. 64.22 6.5264 0.7241 F098600800042 10. 0. 72.059 4.4861 0.2556 F098600800043 10. 0. 78.961 4.4318 0.4914 F098600800044 10. 0. 87.385 4.1667 0.4616 F098600800045 10. 0. 91.707 3.7355 0.3815 F098600800046 10. 0. 99.067 2.9455 0.2487 F098600800047 10. 0. 106.91 2.0647 0.2109 F098600800048 10. 0. 114.23 1.3517 0.1381 F098600800049 10. 0. 121.61 1.1755 9.93E-02 F098600800050 10. 0. 129.53 1.1608 0.1082 F098600800051 10. 0. 136.95 1.1807 0.11 F098600800052 10. 0. 144.4 1.3641 0.1274 F098600800053 10. 0. 151.01 1.1522 9.73E-02 F098600800054 10. 0. 158.98 1.3572 0.1386 F098600800055 10. 0. 166.65 1.3669 0.1153 F098600800056 10. 0. 173.52 1.1774 0.1305 F098600800057 10. 0.287 3.7994 63.377 5.9269 F098600800058 10. 0.287 11.563 104.34 10.668 F098600800059 10. 0.287 18.446 95.329 8.9086 F098600800060 10. 0.287 25.709 44.229 5.3056 F098600800061 10. 0.287 33.484 20.518 1.9175 F098600800062 10. 0.287 40.716 30.326 2.836 F098600800063 10. 0.287 48.666 35.059 2.646 F098600800064 10. 0.287 55.487 23.166 2.5763 F098600800065 10. 0.287 63.265 10.96 1.2181 F098600800066 10. 0.287 70.787 5.1348 0.4802 F098600800067 10. 0.287 78.921 4.0873 0.4184 F098600800068 10. 0.287 85.891 5.8662 0.3896 F098600800069 10. 0.287 91.247 5.5222 0.4674 F098600800070 10. 0.287 98.635 4.8981 0.4143 F098600800071 10. 0.287 106.02 4.26 0.4735 F098600800072 10. 0.287 113.58 2.5015 0.2999 F098600800073 10. 0.287 120.95 1.9917 0.2039 F098600800074 10. 0.287 128.52 1.1927 0.1221 F098600800075 10. 0.287 136.74 0.3885 8.16E-02 F098600800076 10. 0.287 143.54 0.89334 0.1299 F098600800077 10. 0.287 151.34 1.7041 0.2335 F098600800078 10. 0.287 158.84 2.7783 0.2846 F098600800079 10. 0.287 166.51 2.7996 0.2864 F098600800080 10. 0.287 173.66 2.7666 0.3789 F098600800081 10. 0.728 4.9388 46.778 3.977 F098600800082 10. 0.728 12.243 102.85 9.6685 F098600800083 10. 0.728 19.891 90.271 6.0277 F098600800084 10. 0.728 27.87 29.518 2.7712 F098600800085 10. 0.728 35.476 20.646 1.5665 F098600800086 10. 0.728 42.918 23.893 2.2446 F098600800087 10. 0.728 50.57 21.389 2.0094 F098600800088 10. 0.728 57.672 15.565 1.4642 F098600800089 10. 0.728 65.73 7.8584 0.5963 F098600800090 10. 0.728 72.593 6.2503 0.6428 F098600800091 10. 0.728 79.972 5.12 0.3888 F098600800092 10. 0.728 87.598 3.9919 0.3755 F098600800093 10. 0.728 92.453 3.9087 0.2973 F098600800094 10. 0.728 100.06 2.7883 0.2369 F098600800095 10. 0.728 107.7 2.2839 0.1732 F098600800096 10. 0.728 115.08 1.9082 0.2132 F098600800097 10. 0.728 122.24 1.9045 0.179 F098600800098 10. 0.728 129.64 1.7737 0.1348 F098600800099 10. 0.728 136.81 1.8599 0.1581 F098600800100 10. 0.728 144.72 1.6649 0.1564 F098600800101 10. 0.728 152.14 1.678 0.1725 F098600800102 10. 0.728 159.55 1.6746 0.1573 F098600800103 10. 0.728 166.97 1.6712 0.1571 F098600800104 10. 0.728 174.42 2.012 0.2247 F098600800105 10. 1.214 4.2353 51.629 4.8462 F098600800106 10. 1.214 11.014 102.79 13.271 F098600800107 10. 1.214 18.652 88.453 6.7118 F098600800108 10. 1.214 26.421 40.087 4.1193 F098600800109 10. 1.214 33.445 20.254 2.0813 F098600800110 10. 1.214 41.119 21.022 2.5301 F098600800111 10. 1.214 49.041 20.974 2.34 F098600800112 10. 1.214 56.639 14.672 1.3762 F098600800113 10. 1.214 63.44 8.7674 1.0557 F098600800114 10. 1.214 70.747 5.1358 0.4821 F098600800115 10. 1.214 78.366 4.0044 0.2675 F098600800116 10. 1.214 86.245 3.1843 0.3272 F098600800117 10. 1.214 91.079 2.8529 0.2424 F098600800118 10. 1.214 98.992 2.7094 0.2052 F098600800119 10. 1.214 105.89 2.704 0.2297 F098600800120 10. 1.214 113.8 2.5178 0.2139 F098600800121 10. 1.214 121.61 1.4176 0.1951 F098600800122 10. 1.214 128.96 1.0016 0.1117 F098600800123 10. 1.214 136.28 0.63488 5.97E-02 F098600800124 10. 1.214 143.97 0.70607 7.26E-02 F098600800125 10. 1.214 151.48 1.1767 0.1105 F098600800126 10. 1.214 158.71 1.7771 0.167 F098600800127 10. 1.214 166.69 2.337 0.2402 F098600800128 10. 1.214 173.62 2.6515 0.2251 F098600800129 ENDDATA 98 0 F098600800130 ENDSUBENT 129 0 F098600899999 SUBENT F0986009 20090317 F036F098600900001 BIB 4 22 F098600900002 REACTION (26-FE-58(D,P)26-FE-59,PAR,DA,,REL) F098600900003 MONITOR The absolute cross sections were obtained in two ways. F098600900004 a) The relative yields of the elastic scattering and ofF098600900005 the (d,p) reactions were measured simultaneously and F098600900006 the data for the (d,d) reaction normalized to the crossF098600900007 sections predicted by an optical model fit to the data.F098600900008 b) Relative differential cross sections of the F098600900009 56Fe(d,d) reaction for theta 35 - 175 degr., and the F098600900010 58Fe(d,d) reaction for theta <35 degr., were obtained F098600900011 using the Aldermaston multigap spectrograph. These wereF098600900012 placed on an absolute scale by normalization to F098600900013 absolute values of the (d,d) cross sections for theta F098600900014 <=65 degr. The cross sections for the 58Fe(d,p)59Fe F098600900015 reaction were then obtained from the relative yields F098600900016 of the (d,p) reaction with the 56Fe and 58Fe F098600900017 constituents in the target used to study the F098600900018 58Fe(d,p)59Fe reaction. F098600900019 ERR-ANALYS (ANG-ERR-D) Angle digitizing error F098600900020 (ERR-DIG) Data digitizing error F098600900021 (ERR-SYS) Systematic error F098600900022 (DATA-ERR) Error from the graphic bars F098600900023 STATUS (CURVE) Fig.7 F098600900024 ENDBIB 22 0 F098600900025 COMMON 3 3 F098600900026 ERR-SYS ANG-ERR-D ERR-DIG F098600900027 PER-CENT ADEG PER-CENT F098600900028 10. 0.258 0.2 F098600900029 ENDCOMMON 3 0 F098600900030 DATA 5 47 F098600900031 EN E-LVL ANG DATA DATA-ERR F098600900032 MEV MEV ADEG ARB-UNITS ARB-UNITS F098600900033 10. 0.473 4.432 3.1456 0.2925 F098600900034 10. 0.473 11.975 3.3079 0.3076 F098600900035 10. 0.473 19.463 5.1673 0.4293 F098600900036 10. 0.473 27.253 7.126 0.5922 F098600900037 10. 0.473 35.043 9.8274 0.8165 F098600900038 10. 0.473 42.479 8.0097 0.5856 F098600900039 10. 0.473 49.97 4.3709 0.3414 F098600900040 10. 0.473 57.598 2.4775 0.2058 F098600900041 10. 0.473 65.031 2.0636 0.1714 F098600900042 10. 0.473 72.699 2.4582 0.2526 F098600900043 10. 0.473 80.243 2.5572 0.2504 F098600900044 10. 0.473 87.267 1.8598 0.1359 F098600900045 10. 0.473 92.428 1.4746 0.1443 F098600900046 10. 1.572 4.4003 5.3893 0.4456 F098600900047 10. 1.572 11.978 4.3733 0.3831 F098600900048 10. 1.572 19.479 6.2862 0.5816 F098600900049 10. 1.572 27.13 8.5156 0.6618 F098600900050 10. 1.572 34.663 9.6545 0.7504 F098600900051 10. 1.572 42.367 8.8218 0.5972 F098600900052 10. 1.572 50.112 5.9916 0.5544 F098600900053 10. 1.572 57.166 3.461 0.2691 F098600900054 10. 1.572 64.731 3.0949 0.3165 F098600900055 10. 1.572 72.703 3.2189 0.3136 F098600900056 10. 1.572 79.674 3.4388 0.2672 F098600900057 10. 1.572 87.261 2.6015 0.2152 F098600900058 10. 1.572 92.261 2.3378 0.1932 F098600900059 12. 0.473 4.6486 3.6572 0.3705 F098600900060 12. 0.473 12.44 4.8131 0.4648 F098600900061 12. 0.473 19.671 6.3334 0.4565 F098600900062 12. 0.473 27.432 9.7843 0.7059 F098600900063 12. 0.473 34.747 8.2632 0.5956 F098600900064 12. 0.473 41.953 5.913 0.5991 F098600900065 12. 0.473 50.211 2.8963 0.18 F098600900066 12. 0.473 57.296 1.8724 0.1256 F098600900067 12. 0.473 64.824 2.2501 0.1844 F098600900068 12. 0.473 72.115 2.1602 0.1982 F098600900069 12. 0.473 79.586 1.675 0.1453 F098600900070 12. 1.572 4.5934 3.9932 0.391 F098600900071 12. 1.572 11.699 4.7352 0.4169 F098600900072 12. 1.572 26.799 10.111 0.8898 F098600900073 12. 1.572 34.241 9.2433 0.9044 F098600900074 12. 1.572 41.607 6.3394 0.62 F098600900075 12. 1.572 49.591 3.3341 0.2606 F098600900076 12. 1.572 57.099 2.2621 0.1992 F098600900077 12. 1.572 64.507 2.4201 0.201 F098600900078 12. 1.572 72.516 2.1536 0.1789 F098600900079 12. 1.572 79.684 1.9264 0.1793 F098600900080 ENDDATA 49 0 F098600900081 ENDSUBENT 80 0 F098600999999 SUBENT F0986010 20090317 F036F098601000001 BIB 4 20 F098601000002 REACTION (26-FE-58(D,P)26-FE-59,PAR,DA) F098601000003 MONITOR The absolute cross sections were obtained in two ways. F098601000004 a) The relative yields of the elastic scattering and ofF098601000005 the (d,p) reactions were measured simultaneously and F098601000006 the data for the (d,d) reaction normalized to the crossF098601000007 sections predicted by an optical model fit to the data.F098601000008 b) Relative differential cross sections of the F098601000009 56Fe(d,d) reaction for theta 35 - 175 degr., and the F098601000010 58Fe(d,d) reaction for theta <35 degr., were obtained F098601000011 using the Aldermaston multigap spectrograph. These wereF098601000012 placed on an absolute scale by normalization to F098601000013 absolute values of the (d,d) cross sections for theta F098601000014 <=65 degr. The cross sections for the 58Fe(d,p)59Fe F098601000015 reaction were then obtained from the relative yields F098601000016 of the (d,p) reaction with the 56Fe and 58Fe F098601000017 constituents in the target used to study the F098601000018 58Fe(d,p)59Fe reaction. F098601000019 ERR-ANALYS (ERR-SYS) Systematic error F098601000020 (ERR-S) Statistical error F098601000021 STATUS (TABLE) Tbl.6 F098601000022 ENDBIB 20 0 F098601000023 COMMON 5 3 F098601000024 EN ANG-MIN ANG-MAX ERR-SYS ERR-S F098601000025 MEV ADEG ADEG PER-CENT PER-CENT F098601000026 10. 0. 180. 10. 5. F098601000027 ENDCOMMON 3 0 F098601000028 DATA 2 16 F098601000029 E-LVL DATA-MAX F098601000030 MEV MB/SR F098601000031 0. 7.98 F098601000032 0.287 0.52 F098601000033 0.473 0.89 F098601000034 0.574 1.E-01 F098601000035 0.728 3.09 F098601000036 1.026 8.E-02 F098601000037 1.081 7.E-02 F098601000038 1.162 6.E-02 F098601000039 1.214 7.97 F098601000040 1.517 1.03 F098601000041 1.572 0.27 F098601000042 1.648 3.07 F098601000043 1.921 1.32 F098601000044 1.962 0.39 F098601000045 2.812 0.64 F098601000046 2.856 0.35 F098601000047 ENDDATA 18 0 F098601000048 ENDSUBENT 47 0 F098601099999 SUBENT F0986011 20090317 F036F098601100001 BIB 4 11 F098601100002 REACTION (26-FE-57(T,P)26-FE-59,PAR,DA) F098601100003 MONITOR Absolute cross sections for the levels strongly excitedF098601100004 in the (t,p) reaction were obtained by normalizing F098601100005 the yield of the (t,t) reaction to the values predictedF098601100006 by an optical model fit to the elastic scattering data.F098601100007 To obtain absolute cross sections for all levels the F098601100008 data obtained in the manner described above were F098601100009 normalized to those obtained in the separate exposure F098601100010 for the (t,p) reaction. F098601100011 ERR-ANALYS (ERR-SYS) Systematic error F098601100012 STATUS (TABLE) Tbl.6 F098601100013 ENDBIB 11 0 F098601100014 COMMON 4 3 F098601100015 EN ANG-MIN ANG-MAX ERR-SYS F098601100016 MEV ADEG ADEG PER-CENT F098601100017 12. 0. 100. 15.0 F098601100018 ENDCOMMON 3 0 F098601100019 DATA 2 27 F098601100020 E-LVL DATA-MAX F098601100021 MEV MB/SR F098601100022 0. 3.E-02 F098601100023 0.287 1.92 F098601100024 0.473 3.E-02 F098601100025 0.574 0.12 F098601100026 0.728 1.E-02 F098601100027 1.026 3.E-02 F098601100028 1.162 5.E-02 F098601100029 1.214 5.E-02 F098601100030 1.517 1.E-02 F098601100031 1.572 0.17 F098601100032 1.648 1.E-02 F098601100033 1.749 0.2 F098601100034 1.921 3.E-02 F098601100035 1.962 0.39 F098601100036 2.488 5.E-02 F098601100037 2.565 4.E-02 F098601100038 2.759 4.E-02 F098601100039 2.812 0.53 F098601100040 2.856 0.57 F098601100041 2.943 7.E-02 F098601100042 3.071 8.E-02 F098601100043 3.103 2.E-02 F098601100044 3.16 0.12 F098601100045 3.225 6.E-02 F098601100046 3.282 0.12 F098601100047 3.388 0.23 F098601100048 3.543 8.E-02 F098601100049 ENDDATA 29 0 F098601100050 ENDSUBENT 49 0 F098601199999 ENDENTRY 11 0 F098699999999