ENTRY 22128 20101119 22252212800000001 SUBENT 22128001 20101119 22252212800100001 BIB 15 70 2212800100002 REFERENCE (J,NP/A,513,205,199007) 2212800100003 (W,Olsson,19891009) 2212800100004 REL-REF (I,,P.Tykesson+,J,NIM,77,277,1970) - pulsing and 2212800100005 klystron bunching system description. 2212800100006 (R,22048001,N.Olsson+,J,NP/A,472,237,198709) - elastic 2212800100007 scattering data at the same energy. 2212800100008 TITLE -Neutron inelastic scattering from Mg, Si, S, Ca, Cr, 2212800100009 Fe and Ni at En = 21.6 MeV. 2212800100010 AUTHOR (N.Olsson,E.Ramstroem,B.Trostell) 2212800100011 INSTITUTE (2SWDSWR) 2212800100012 FACILITY (VDG,2SWDSWR) Studsvik 6 MV Van de Graaff 2212800100013 accelerator, equipped with a terminal pulsing and 2212800100014 klystron bunching system, as well as a 2212800100015 post-acceleration buncher. Delivered bursts of 5 MeV 2212800100016 deuterons at a repetition rate of 1 MHz with a pulse 2212800100017 width at half maximum of less than 0.3 ns and an 2212800100018 average beam current of 3 microamps. 2212800100019 INC-SOURCE (D-T) Target cell of 1.0 cm length filled with tritium 2212800100020 gas to a pressure of up to 4 atm. The molybdenum 2212800100021 entrance window of the cell had a thickness of 2212800100022 4 mg/cm2, and was clamped with 0.1 mm thick indium 2212800100023 O-rings between slightly inclined surfaces. The total 2212800100024 energy spread was estimated to be less than +/- 0.1 2212800100025 MeV. 2212800100026 METHOD (TOF) Time-of-flight with flight path of 4 m. Total 2212800100027 time resolution was less than 1 ns at a neutron energy2212800100028 of 21.6 MeV, corresponding to a resolution of 0.7 MeV.2212800100029 DETECTOR (SCIN) Two identical 12.7 cm diameter by 5.1 cm thick 2212800100030 NE213 liquid scintillators, mounted on fast photo- 2212800100031 multiplier tubes, were used to measure the angular 2212800100032 distributions of scattered neutrons. The detectors 2212800100033 were separated by 5 degrees and were positioned in a 2212800100034 heavy shielding. With a lower level discriminator set 2212800100035 at 3 MeV neutron energy, excellent n-gamma discrimi- 2212800100036 nation and intrinsic time resolution was obtained. A 2212800100037 70 cm long Hevimet shadow bar protected the detectors 2212800100038 from the direct target flux. The system could be 2212800100039 rotated on a circular track with an angular precision 2212800100040 of about 0.2 degrees. 2212800100041 (SCIN) The relative neutron flux was determined using 2212800100042 a TOF neutron monitor consisting of a 5 cm diameter by2212800100043 5 cm thick plastic scintillator. 2212800100044 MONITOR (1-H-1(N,EL)1-H-1,,DA) 2212800100045 MONIT-REF (,J.C.Hopkins+,J,ND/A,9,137,1971) LRL constrained phase2212800100046 shifts. 2212800100047 SAMPLE .Hollow cylinders of 5.0 cm height, outer diameter of 2212800100048 2.5 cm and inner diameter of 1.0 cm, being of natural 2212800100049 isotopic compositions. The monitor sample was a 2212800100050 parallelepipedic piece of polyethylene with the 2212800100051 dimensions 5.0 x 2.5 x 0.8 cm. The samples were 2212800100052 positioned at a distance of 14.5 cm in front of the 2212800100053 target. 2212800100054 CORRECTION .Corrections were applied for the variation of the 2212800100055 detector efficiency with energy, anisotropy of the 2212800100056 neutrons from the d-t reaction, finite scattering 2212800100057 geometry, flux attenuation and multiple scattering. 2212800100058 The inelastic scattering cross sections were also 2212800100059 corrected to 100% abundance of the dominating isotope.2212800100060 STATUS (TABLE).inelas. data obtained from N.Olsson 1989/10/09.2212800100061 HISTORY (19891009C) N.O. 2212800100062 (19891211E) 2212800100063 (19900823A) S.W. Journal reference added. 2212800100064 (19900917E) 2212800100065 (20101119A) SD:Updated to new date formats,lower case. 2212800100066 corrected according to last EXFOR rules and Dict. 2212800100067 ERR-ANALYS moved from Subent 001 to all other 2212800100068 Subents, COMMON with inc.energy moved from Subents2212800100069 to Subent 001. 2212800100070 Q-VAL changed on E-LVL in all Subents. All level 2212800100071 energies are given in Nucl.Phys. 513,205,1990 2212800100072 ENDBIB 70 0 2212800100073 COMMON 2 3 2212800100074 EN EN-RSL 2212800100075 MEV MEV 2212800100076 2.1600E+01 1.0000E-01 2212800100077 ENDCOMMON 3 0 2212800100078 ENDSUBENT 77 0 2212800199999 SUBENT 22128002 20101119 22252212800200001 BIB 5 9 2212800200002 REACTION (12-MG-24(N,INL)12-MG-24,PAR,SIG) 2212800200003 LEVEL-PROP (12-MG-24,E-LVL=1.37,SPIN=2.,PARITY=+1.) 2212800200004 (12-MG-24,E-LVL=4.12,SPIN=4.,PARITY=+1.) 2212800200005 (12-MG-24,E-LVL=4.24,SPIN=2.,PARITY=+1.) 2212800200006 ANALYSIS (INTAD) Angle-integrated cross sections were obtained 2212800200007 from Legendre polynomial fits to experimental data. 2212800200008 ERR-ANALYS (DATA-ERR) The angle-integrated cross sections are 2212800200009 given with total errors. 2212800200010 STATUS (DEP,22128003) 2212800200011 ENDBIB 9 0 2212800200012 NOCOMMON 0 0 2212800200013 DATA 4 2 2212800200014 E-LVL E-LVL DATA DATA-ERR 2212800200015 MEV MEV MB MB 2212800200016 1.37 1.2390E+02 1.5900E+00 2212800200017 4.12 4.24 1.3040E+01 1.7000E+00 2212800200018 ENDDATA 4 0 2212800200019 ENDSUBENT 18 0 2212800299999 SUBENT 22128003 20101119 22252212800300001 BIB 3 9 2212800300002 REACTION (12-MG-24(N,INL)12-MG-24,PAR,DA) 2212800300003 LEVEL-PROP (12-MG-24,E-LVL=1.37,SPIN=2.,PARITY=+1.) 2212800300004 (12-MG-24,E-LVL=4.12,SPIN=4.,PARITY=+1.) 2212800300005 (12-MG-24,E-LVL=4.24,SPIN=2.,PARITY=+1.) 2212800300006 ERR-ANALYS (ERR-S) The differential cross sections are given 2212800300007 with the statistical errors only. 2212800300008 (ERR-1,,5.) To this should be added the scale 2212800300009 uncertainty, which was estimated to 2212800300010 be less than 5% for the states studied. 2212800300011 ENDBIB 9 0 2212800300012 NOCOMMON 0 0 2212800300013 DATA 5 63 2212800300014 E-LVL E-LVL ANG-CM DATA-CM ERR-S 2212800300015 MEV MEV ADEG MB/SR MB/SR 2212800300016 1.37 10.433 51.024 11.19 2212800300017 1.37 13.04 50.963 6.969 2212800300018 1.37 15.645 41.966 5.881 2212800300019 1.37 18.25 46.708 9.43 2212800300020 1.37 20.853 39.759 5.205 2212800300021 1.37 23.454 37.54 4.076 2212800300022 1.37 26.054 30.869 2.52 2212800300023 1.37 28.651 26.522 2.503 2212800300024 1.37 31.247 29.951 1.822 2212800300025 1.37 33.84 27.219 1.391 2212800300026 1.37 36.43 22.337 1.276 2212800300027 1.37 39.018 22.868 1.54 2212800300028 1.37 41.603 18.321 1.35 2212800300029 1.37 44.185 18.305 1.264 2212800300030 1.37 46.866 15.43 1.319 2212800300031 1.37 52.013 12.454 1.244 2212800300032 1.37 57.043 12.848 1.115 2212800300033 1.37 62.16 8.028 1.078 2212800300034 1.37 67.26 10.488 0.851 2212800300035 1.37 72.343 10.614 0.718 2212800300036 1.37 77.409 8.848 0.55 2212800300037 1.37 82.456 9.102 0.479 2212800300038 1.37 87.484 7.664 0.4 2212800300039 1.37 92.494 7.363 0.392 2212800300040 1.37 97.484 5.633 0.364 2212800300041 1.37 102.46 4.742 0.326 2212800300042 1.37 107.41 4.44 0.29 2212800300043 1.37 112.34 3.099 0.295 2212800300044 1.37 117.26 2.729 0.227 2212800300045 1.37 122.16 2.657 0.242 2212800300046 1.37 127.04 2.495 0.22 2212800300047 1.37 131.91 2.694 0.235 2212800300048 1.37 136.76 2.687 0.201 2212800300049 1.37 141.6 2.51 0.197 2212800300050 1.37 146.43 2.446 0.225 2212800300051 1.37 151.25 2.117 0.215 2212800300052 1.37 155.57 1.761 0.232 2212800300053 1.37 157.97 1.465 0.238 2212800300054 1.37 160.37 1.159 0.232 2212800300055 1.37 162.77 1.336 0.229 2212800300056 4.12 4.24 41.734 1.341 0.788 2212800300057 4.12 4.24 44.322 0.897 0.852 2212800300058 4.12 4.24 47.01 2.35 0.891 2212800300059 4.12 4.24 52.169 0.636 0.825 2212800300060 4.12 4.24 57.209 0.259 0.757 2212800300061 4.12 4.24 62.336 0.65 0.801 2212800300062 4.12 4.24 67.445 1.436 0.524 2212800300063 4.12 4.24 72.535 0.656 0.465 2212800300064 4.12 4.24 77.606 1.531 0.345 2212800300065 4.12 4.24 82.657 0.811 0.314 2212800300066 4.12 4.24 87.687 0.743 0.299 2212800300067 4.12 4.24 92.698 0.646 0.277 2212800300068 4.12 4.24 97.687 1.008 0.233 2212800300069 4.12 4.24 102.66 0.585 0.248 2212800300070 4.12 4.24 107.61 1.434 0.289 2212800300071 4.12 4.24 112.54 0.987 0.322 2212800300072 4.12 4.24 117.45 1.292 0.253 2212800300073 4.12 4.24 122.34 1.28 0.301 2212800300074 4.12 4.24 127.21 0.754 0.31 2212800300075 4.12 4.24 132.07 0.828 0.344 2212800300076 4.12 4.24 136.91 0.533 0.438 2212800300077 4.12 4.24 141.73 0.998 0.498 2212800300078 4.12 4.24 146.55 0.388 0.733 2212800300079 ENDDATA 65 0 2212800300080 ENDSUBENT 79 0 2212800399999 SUBENT 22128004 20101119 22252212800400001 BIB 5 9 2212800400002 REACTION (14-SI-28(N,INL)14-SI-28,PAR,SIG) 2212800400003 LEVEL-PROP (14-SI-28,E-LVL=1.78,SPIN=2.,PARITY=+1.) 2212800400004 (14-SI-28,E-LVL=4.62,SPIN=4.,PARITY=+1.) 2212800400005 (14-SI-28,E-LVL=6.88,SPIN=3.,PARITY=-1.) 2212800400006 ANALYSIS (INTAD) .Angle-integrated cross sections were obtained 2212800400007 from Legendre polynomial fits to the experimental data.2212800400008 ERR-ANALYS (DATA-ERR) The angle-integrated cross sections are 2212800400009 given with total errors. 2212800400010 STATUS (DEP,22128005) 2212800400011 ENDBIB 9 0 2212800400012 NOCOMMON 0 0 2212800400013 DATA 3 3 2212800400014 E-LVL DATA DATA-ERR 2212800400015 MEV MB MB 2212800400016 1.78 8.4080E+01 1.2700E+00 2212800400017 4.62 1.1750E+01 7.1000E-01 2212800400018 6.88 2.4680E+01 6.1000E-01 2212800400019 ENDDATA 5 0 2212800400020 ENDSUBENT 19 0 2212800499999 SUBENT 22128005 20101119 22252212800500001 BIB 3 9 2212800500002 REACTION (14-SI-28(N,INL)14-SI-28,PAR,DA) 2212800500003 LEVEL-PROP (14-SI-28,E-LVL=1.78,SPIN=2.,PARITY=+1.) 2212800500004 (14-SI-28,E-LVL=4.62,SPIN=4.,PARITY=+1.) 2212800500005 (14-SI-28,E-LVL=6.88,SPIN=3.,PARITY=-1.) 2212800500006 ERR-ANALYS (ERR-S) The differential cross sections are given 2212800500007 with the statistical errors only. 2212800500008 (ERR-1,,5.) To this should be added the scale 2212800500009 uncertainty, which was estimated to 2212800500010 be less than 5% for the states studied. 2212800500011 ENDBIB 9 0 2212800500012 NOCOMMON 0 0 2212800500013 DATA 4 109 2212800500014 E-LVL ANG-CM DATA-CM ERR-S 2212800500015 MEV ADEG MB/SR MB/SR 2212800500016 1.78 10.375 39.918 2.75 2212800500017 1.78 12.967 36.002 2.237 2212800500018 1.78 15.559 34.878 1.974 2212800500019 1.78 18.149 31.576 1.599 2212800500020 1.78 20.635 33.214 1.932 2212800500021 1.78 20.739 24.794 1.422 2212800500022 1.78 23.327 25.917 0.97 2212800500023 1.78 25.913 22.75 1.027 2212800500024 1.78 28.497 19.252 0.92 2212800500025 1.78 31.08 18.806 0.837 2212800500026 1.78 33.661 17.279 0.717 2212800500027 1.78 36.239 16.452 0.704 2212800500028 1.78 38.815 13.867 0.935 2212800500029 1.78 41.388 14.725 0.908 2212800500030 1.78 43.959 11.255 0.84 2212800500031 1.78 46.527 10.708 0.89 2212800500032 1.78 51.655 8.32 0.74 2212800500033 1.78 56.77 7.775 0.537 2212800500034 1.78 61.871 7.652 0.538 2212800500035 1.78 66.958 7.403 0.515 2212800500036 1.78 72.03 7.102 0.472 2212800500037 1.78 77.087 6.012 0.448 2212800500038 1.78 82.128 5.813 0.412 2212800500039 1.78 87.152 3.814 0.321 2212800500040 1.78 92.16 2.958 0.295 2212800500041 1.78 97.152 2.452 0.227 2212800500042 1.78 102.13 2.197 0.222 2212800500043 1.78 107.09 2.221 0.204 2212800500044 1.78 112.03 2.066 0.215 2212800500045 1.78 116.96 2.345 0.164 2212800500046 1.78 121.87 2.69 0.159 2212800500047 1.78 126.77 2.384 0.158 2212800500048 1.78 131.66 1.861 0.145 2212800500049 1.78 136.53 1.985 0.145 2212800500050 1.78 141.39 2.031 0.144 2212800500051 1.78 146.24 1.967 0.15 2212800500052 1.78 151.08 1.79 0.142 2212800500053 1.78 155.91 1.897 0.143 2212800500054 1.78 160.74 2.013 0.149 2212800500055 4.62 13.007 3.569 1.215 2212800500056 4.62 15.606 2.962 0.972 2212800500057 4.62 18.204 2.942 0.861 2212800500058 4.62 20.697 3.897 1.235 2212800500059 4.62 20.801 2.583 0.715 2212800500060 4.62 23.396 2.208 0.591 2212800500061 4.62 25.989 2.086 0.616 2212800500062 4.62 28.581 3.748 0.63 2212800500063 4.62 31.171 1.843 0.553 2212800500064 4.62 33.758 2.849 0.511 2212800500065 4.62 36.343 1.642 0.473 2212800500066 4.62 38.925 0.685 0.682 2212800500067 4.62 41.505 1.827 0.585 2212800500068 4.62 44.082 1.053 0.566 2212800500069 4.62 46.656 0.275 0.527 2212800500070 4.62 51.794 2.163 0.61 2212800500071 4.62 56.918 0.6 0.31 2212800500072 4.62 62.028 0.927 0.326 2212800500073 4.62 67.122 1.28 0.244 2212800500074 4.62 72.2 0.654 0.247 2212800500075 4.62 77.262 1.032 0.243 2212800500076 4.62 82.306 0.801 0.221 2212800500077 4.62 87.333 0.614 0.176 2212800500078 4.62 92.342 0.585 0.17 2212800500079 4.62 97.333 0.429 0.19 2212800500080 4.62 102.31 0.587 0.188 2212800500081 4.62 107.26 0.529 0.162 2212800500082 4.62 112.2 0.763 0.175 2212800500083 4.62 117.12 0.648 0.133 2212800500084 4.62 122.03 0.432 0.123 2212800500085 4.62 126.92 0.329 0.174 2212800500086 4.62 131.79 0.257 0.206 2212800500087 4.62 136.66 0.508 0.234 2212800500088 4.62 141.5 -6.8E-02 0.269 2212800500089 4.62 146.34 0.839 0.326 2212800500090 4.62 151.17 0.863 0.358 2212800500091 4.62 155.99 0.971 0.531 2212800500092 4.62 160.8 1.147 0.374 2212800500093 6.88 26.066 3.238 0.678 2212800500094 6.88 28.665 3.556 0.585 2212800500095 6.88 31.262 4.032 0.514 2212800500096 6.88 33.856 3.777 0.497 2212800500097 6.88 36.447 3.138 0.439 2212800500098 6.88 39.036 3.269 0.591 2212800500099 6.88 41.622 3.151 0.573 2212800500100 6.88 44.205 3.751 0.571 2212800500101 6.88 46.784 4.132 0.576 2212800500102 6.88 51.933 3.141 0.512 2212800500103 6.88 57.067 2.582 0.375 2212800500104 6.88 62.186 2.442 0.361 2212800500105 6.88 67.287 2.052 0.324 2212800500106 6.88 72.372 2.215 0.317 2212800500107 6.88 77.438 2.116 0.293 2212800500108 6.88 82.486 1.659 0.27 2212800500109 6.88 87.514 1.583 0.221 2212800500110 6.88 92.524 2.086 0.227 2212800500111 6.88 97.514 1.576 0.19 2212800500112 6.88 102.49 1.389 0.175 2212800500113 6.88 107.44 1.384 0.158 2212800500114 6.88 112.37 1.209 0.146 2212800500115 6.88 117.29 1.27 0.117 2212800500116 6.88 122.19 1.08 0.11 2212800500117 6.88 127.07 1.281 0.118 2212800500118 6.88 131.93 1.066 0.112 2212800500119 6.88 136.78 1.066 0.116 2212800500120 6.88 141.62 1.166 0.113 2212800500121 6.88 146.45 0.881 0.117 2212800500122 6.88 151.26 0.769 0.12 2212800500123 6.88 156.07 1.041 0.157 2212800500124 6.88 160.86 0.642 0.127 2212800500125 ENDDATA 111 0 2212800500126 ENDSUBENT 125 0 2212800599999 SUBENT 22128006 20101119 22252212800600001 BIB 5 10 2212800600002 REACTION (16-S-32(N,INL)16-S-32,PAR,SIG) 2212800600003 LEVEL-PROP (16-S-32,E-LVL=2.23,SPIN=2.,PARITY=+1.) 2212800600004 (16-S-32,E-LVL=4.28,SPIN=2.,PARITY=+1.) 2212800600005 (16-S-32,E-LVL=4.46,SPIN=4.,PARITY=+1.) 2212800600006 (16-S-32,E-LVL=5.01,SPIN=3.,PARITY=-1.) 2212800600007 ANALYSIS (INTAD) .Angle-integrated cross sections were obtained 2212800600008 from Legendre polynomial fits to the experimental data.2212800600009 ERR-ANALYS (DATA-ERR) The angle-integrated cross sections are 2212800600010 given with total errors. 2212800600011 STATUS (DEP,22128007) 2212800600012 ENDBIB 10 0 2212800600013 NOCOMMON 0 0 2212800600014 DATA 5 2 2212800600015 E-LVL E-LVL E-LVL DATA DATA-ERR 2212800600016 MEV MEV MEV MB MB 2212800600017 2.23 46.63 1.59 2212800600018 4.28 4.46 5.01 68.25 1.51 2212800600019 ENDDATA 4 0 2212800600020 ENDSUBENT 19 0 2212800699999 SUBENT 22128007 20101119 22252212800700001 BIB 3 10 2212800700002 REACTION (16-S-32(N,INL)16-S-32,PAR,DA) 2212800700003 LEVEL-PROP (16-S-32,E-LVL=2.23,SPIN=2.,PARITY=+1.) 2212800700004 (16-S-32,E-LVL=4.28,SPIN=2.,PARITY=+1.) 2212800700005 (16-S-32,E-LVL=4.46,SPIN=4.,PARITY=+1.) 2212800700006 (16-S-32,E-LVL=5.01,SPIN=3.,PARITY=-1.) 2212800700007 ERR-ANALYS (ERR-S) The differential cross sections are given 2212800700008 with the statistical errors only. 2212800700009 (ERR-1,,5.) To this should be added the scale 2212800700010 uncertainty, which was estimated to 2212800700011 be less than 5% for the states studied. 2212800700012 ENDBIB 10 0 2212800700013 NOCOMMON 0 0 2212800700014 DATA 6 58 2212800700015 E-LVL E-LVL E-LVL ANG-CM DATA-CM ERR-S 2212800700016 MEV MEV MEV ADEG MB/SR MB/SR 2212800700017 2.23 15.495 16.255 3.2172212800700018 2.23 20.654 13.972 1.8582212800700019 2.23 25.705 14.281 1.1372212800700020 2.23 30.956 14.371 0.8692212800700021 2.23 36.097 10.807 0.7562212800700022 2.23 41.229 8.259 0.6372212800700023 2.23 46.352 8.257 1.3122212800700024 2.23 51.567 4.33 0.8372212800700025 2.23 56.668 4.531 0.6712212800700026 2.23 61.758 3.63 0.6272212800700027 2.23 66.835 3.595 0.5822212800700028 2.23 71.898 3.371 0.4512212800700029 2.23 76.847 2.541 0.352212800700030 2.23 81.883 2.043 0.3152212800700031 2.23 86.805 2.179 0.2992212800700032 2.23 91.812 1.03 0.2742212800700033 2.23 96.905 1.442 0.2282212800700034 2.23 101.88 0.826 0.242212800700035 2.23 106.85 1.574 0.2192212800700036 2.23 111.8 1.517 0.1942212800700037 2.23 116.73 1.079 0.1842212800700038 2.23 121.66 1.149 0.1872212800700039 2.23 126.57 0.656 0.1922212800700040 2.23 131.46 1.062 0.1942212800700041 2.23 136.35 0.742 0.2212212800700042 2.23 141.23 0.961 0.222212800700043 2.23 146.1 1.018 0.1742212800700044 2.23 150.96 1.088 0.1622212800700045 2.23 155.91 1.792 0.2042212800700046 2.23 160.75 1.111 0.212212800700047 4.28 4.46 5.01 15.53 16.253 1.3272212800700048 4.28 4.46 5.01 20.7 13.86 1.0142212800700049 4.28 4.46 5.01 25.762 13.862 0.7782212800700050 4.28 4.46 5.01 31.023 14.81 0.8112212800700051 4.28 4.46 5.01 36.174 11.252 0.6592212800700052 4.28 4.46 5.01 41.315 11.325 0.6052212800700053 4.28 4.46 5.01 46.447 8.242 0.9032212800700054 4.28 4.46 5.01 51.67 8.266 0.8782212800700055 4.28 4.46 5.01 56.779 8.133 0.6122212800700056 4.28 4.46 5.01 61.874 7.972 0.5842212800700057 4.28 4.46 5.01 66.956 6.817 0.4532212800700058 4.28 4.46 5.01 72.025 5.711 0.4072212800700059 4.28 4.46 5.01 76.977 4.999 0.2972212800700060 4.28 4.46 5.01 82.016 4.782 0.2872212800700061 4.28 4.46 5.01 86.939 4.353 0.2682212800700062 4.28 4.46 5.01 91.947 3.783 0.272212800700063 4.28 4.46 5.01 97.039 3.508 0.2192212800700064 4.28 4.46 5.01 102.02 2.693 0.2132212800700065 4.28 4.46 5.01 106.98 2.051 0.1752212800700066 4.28 4.46 5.01 111.92 2.659 0.1732212800700067 4.28 4.46 5.01 116.86 2.04 0.1682212800700068 4.28 4.46 5.01 121.77 1.887 0.1852212800700069 4.28 4.46 5.01 126.68 2.26 0.2542212800700070 4.28 4.46 5.01 131.57 1.937 0.2712212800700071 4.28 4.46 5.01 136.45 0.99 0.3952212800700072 4.28 4.46 5.01 141.32 2.427 0.4762212800700073 4.28 4.46 5.01 146.17 1.962 0.6552212800700074 4.28 4.46 5.01 151.02 2.114 0.5042212800700075 ENDDATA 60 0 2212800700076 ENDSUBENT 75 0 2212800799999 SUBENT 22128008 20101119 22252212800800001 BIB 5 9 2212800800002 REACTION (20-CA-40(N,INL)20-CA-40,PAR,SIG) 2212800800003 LEVEL-PROP (20-CA-40,E-LVL=3.74,SPIN=3.,PARITY=+1.) 2212800800004 (20-CA-40,E-LVL=3.90,SPIN=2.,PARITY=+1.) 2212800800005 (20-CA-40,E-LVL=4.49,SPIN=5.,PARITY=+1.) 2212800800006 ANALYSIS (INTAD) .Angle-integrated cross sections were obtained 2212800800007 from Legendre polynomial fits to the experimental data.2212800800008 ERR-ANALYS (DATA-ERR) The angle-integrated cross sections are 2212800800009 given with total errors. 2212800800010 STATUS (DEP,22128009) 2212800800011 ENDBIB 9 0 2212800800012 NOCOMMON 0 0 2212800800013 DATA 4 2 2212800800014 E-LVL E-LVL DATA DATA-ERR 2212800800015 MEV MEV MB MB 2212800800016 3.74 3.90 4.7960E+01 2.0200E+00 2212800800017 4.49 2.0320E+01 1.3500E+00 2212800800018 ENDDATA 4 0 2212800800019 ENDSUBENT 18 0 2212800899999 SUBENT 22128009 20101119 22252212800900001 BIB 3 9 2212800900002 REACTION (20-CA-40(N,INL)20-CA-40,PAR,DA) 2212800900003 LEVEL-PROP (20-CA-40,E-LVL=3.74,SPIN=3.,PARITY=+1.) 2212800900004 (20-CA-40,E-LVL=3.90,SPIN=2.,PARITY=+1.) 2212800900005 (20-CA-40,E-LVL=4.49,SPIN=5.,PARITY=+1.) 2212800900006 ERR-ANALYS (ERR-S) The differential cross sections are given 2212800900007 with the statistical errors only. 2212800900008 (ERR-1,,5.) To this should be added the scale 2212800900009 uncertainty, which was estimated to 2212800900010 be less than 5% for the states studied. 2212800900011 ENDBIB 9 0 2212800900012 NOCOMMON 0 0 2212800900013 DATA 5 55 2212800900014 E-LVL E-LVL ANG-CM DATA-CM ERR-S 2212800900015 MEV MEV ADEG MB/SR MB/SR 2212800900016 3.74 3.90 30.792 7.963 1.677 2212800900017 3.74 3.90 33.351 8.858 0.959 2212800900018 3.74 3.90 35.909 8.132 1.403 2212800900019 3.74 3.90 38.465 6.82 0.936 2212800900020 3.74 3.90 43.571 9.803 1.14 2212800900021 3.74 3.90 46.12 7.671 0.983 2212800900022 3.74 3.90 51.214 7.179 0.874 2212800900023 3.74 3.90 56.298 4.32 0.916 2212800900024 3.74 3.90 61.372 3.614 0.878 2212800900025 3.74 3.90 66.436 4.663 0.611 2212800900026 3.74 3.90 71.489 5.278 0.571 2212800900027 3.74 3.90 76.531 5.267 0.657 2212800900028 3.74 3.90 81.561 3.956 0.491 2212800900029 3.74 3.90 86.579 2.654 0.727 2212800900030 3.74 3.90 91.585 1.45 0.608 2212800900031 3.74 3.90 96.579 2.588 0.323 2212800900032 3.74 3.90 101.56 1.801 0.375 2212800900033 3.74 3.90 106.53 1.914 0.292 2212800900034 3.74 3.90 111.49 2.599 0.342 2212800900035 3.74 3.90 116.44 2.167 0.322 2212800900036 3.74 3.90 121.37 1.903 0.332 2212800900037 3.74 3.90 126.3 1.13 0.249 2212800900038 3.74 3.90 131.21 0.85 0.302 2212800900039 3.74 3.90 136.12 1.296 0.245 2212800900040 3.74 3.90 141.02 1.192 0.242 2212800900041 3.74 3.90 145.91 0.867 0.234 2212800900042 3.74 3.90 150.79 1.169 0.264 2212800900043 3.74 3.90 155.67 1.512 0.321 2212800900044 3.74 3.90 160.54 1.089 0.279 2212800900045 4.49 30.808 4.815 1.794 2212800900046 4.49 33.368 4.729 1.067 2212800900047 4.49 35.927 2.922 1.303 2212800900048 4.49 38.484 3.985 1.036 2212800900049 4.49 43.592 2.728 1.184 2212800900050 4.49 46.143 3.036 0.982 2212800900051 4.49 51.238 2.793 1.126 2212800900052 4.49 56.324 0.967 0.898 2212800900053 4.49 61.4 1.682 0.898 2212800900054 4.49 66.465 1.711 0.677 2212800900055 4.49 71.519 1.616 0.602 2212800900056 4.49 76.561 2.442 0.622 2212800900057 4.49 81.592 1.444 0.499 2212800900058 4.49 86.61 0.284 0.696 2212800900059 4.49 91.616 0.675 0.538 2212800900060 4.49 96.61 1.092 0.319 2212800900061 4.49 101.59 0.338 0.382 2212800900062 4.49 106.56 0.732 0.285 2212800900063 4.49 111.52 0.559 0.357 2212800900064 4.49 116.46 0.632 0.327 2212800900065 4.49 121.4 1.187 0.333 2212800900066 4.49 126.32 0.674 0.248 2212800900067 4.49 136.14 0.638 0.37 2212800900068 4.49 141.04 0.946 0.423 2212800900069 4.49 145.93 0.56 0.462 2212800900070 4.49 160.55 1.272 0.525 2212800900071 ENDDATA 57 0 2212800900072 ENDSUBENT 71 0 2212800999999 SUBENT 22128010 20101119 22252212801000001 BIB 5 7 2212801000002 REACTION (24-CR-52(N,INL)24-CR-52,PAR,SIG) 2212801000003 LEVEL-PROP (24-CR-52,E-LVL=1.43,SPIN=2.,PARITY=+1.) 2212801000004 ANALYSIS (INTAD) .Angle-integrated cross sections were obtained 2212801000005 from Legendre polynomial fits to the experimental data.2212801000006 ERR-ANALYS (DATA-ERR) The angle-integrated cross sections are 2212801000007 given with total errors. 2212801000008 STATUS (DEP,22128011) 2212801000009 ENDBIB 7 0 2212801000010 NOCOMMON 0 0 2212801000011 DATA 3 1 2212801000012 E-LVL DATA DATA-ERR 2212801000013 MEV MB MB 2212801000014 1.43 67.76 2.04 2212801000015 ENDDATA 3 0 2212801000016 ENDSUBENT 15 0 2212801099999 SUBENT 22128011 20101119 22252212801100001 BIB 3 7 2212801100002 REACTION (24-CR-52(N,INL)24-CR-52,PAR,DA) 2212801100003 LEVEL-PROP (24-CR-52,E-LVL=1.43,SPIN=2.,PARITY=+1.) 2212801100004 ERR-ANALYS (ERR-S) The differential cross sections are given 2212801100005 with the statistical errors only. 2212801100006 (ERR-1,,5.) To this should be added the scale 2212801100007 uncertainty, which was estimated to 2212801100008 be less than 5% for the states studied. 2212801100009 ENDBIB 7 0 2212801100010 COMMON 1 3 2212801100011 E-LVL 2212801100012 MEV 2212801100013 1.43 2212801100014 ENDCOMMON 3 0 2212801100015 DATA 3 32 2212801100016 ANG-CM DATA-CM ERR-S 2212801100017 ADEG MB/SR MB/SR 2212801100018 20.394 12.727 4.467 2212801100019 22.941 9.941 2.813 2212801100020 25.487 11.131 1.762 2212801100021 28.032 9.533 1.478 2212801100022 30.576 9.997 1.07 2212801100023 33.119 10.446 0.964 2212801100024 35.661 9.411 1.097 2212801100025 40.741 10.717 1.352 2212801100026 45.815 14.041 1.421 2212801100027 50.883 9.896 1.418 2212801100028 55.843 11.156 1.065 2212801100029 60.897 9.538 0.939 2212801100030 65.944 8.818 0.735 2212801100031 70.982 8.147 0.713 2212801100032 76.013 6.188 0.673 2212801100033 81.035 7.079 0.671 2212801100034 85.948 3.913 0.579 2212801100035 90.952 4.787 0.515 2212801100036 96.148 3.248 0.386 2212801100037 101.13 2.567 0.332 2212801100038 106.11 2.295 0.24 2212801100039 111.08 2.4 0.235 2212801100040 116.04 2.065 0.226 2212801100041 121. 2.006 0.204 2212801100042 125.94 2.025 0.199 2212801100043 130.88 1.634 0.167 2212801100044 135.91 1.424 0.116 2212801100045 140.84 1.082 0.103 2212801100046 145.66 1.542 0.12 2212801100047 150.58 1.973 0.136 2212801100048 155.49 2.006 0.171 2212801100049 160.39 2.097 0.182 2212801100050 ENDDATA 34 0 2212801100051 ENDSUBENT 50 0 2212801199999 SUBENT 22128012 20101119 22252212801200001 BIB 5 8 2212801200002 REACTION (26-FE-56(N,INL)26-FE-56,PAR,SIG) 2212801200003 LEVEL-PROP (26-FE-56,E-LVL=0.85,SPIN=2.,PARITY=+1.) 2212801200004 (26-FE-56,E-LVL=4.51,SPIN=3.,PARITY=-1.) 2212801200005 ANALYSIS (INTAD) .Angle-integrated cross sections were obtained 2212801200006 from Legendre polynomial fits to the experimental data.2212801200007 ERR-ANALYS (DATA-ERR) The angle-integrated cross sections are 2212801200008 given with total errors. 2212801200009 STATUS (DEP,22128013) 2212801200010 ENDBIB 8 0 2212801200011 NOCOMMON 0 0 2212801200012 DATA 3 2 2212801200013 E-LVL DATA DATA-ERR 2212801200014 MEV MB MB 2212801200015 0.85 66.95 2.05 2212801200016 4.51 29.24 0.97 2212801200017 ENDDATA 4 0 2212801200018 ENDSUBENT 17 0 2212801299999 SUBENT 22128013 20101119 22252212801300001 BIB 3 8 2212801300002 REACTION (26-FE-56(N,INL)26-FE-56,PAR,DA) 2212801300003 LEVEL-PROP (26-FE-56,E-LVL=0.85,SPIN=2.,PARITY=+1.) 2212801300004 (26-FE-56,E-LVL=4.51,SPIN=3.,PARITY=-1.) 2212801300005 ERR-ANALYS (ERR-S) The differential cross sections are given 2212801300006 with the statistical errors only. 2212801300007 (ERR-1,,5.) To this should be added the scale 2212801300008 uncertainty, which was estimated to 2212801300009 be less than 5% for the states studied. 2212801300010 ENDBIB 8 0 2212801300011 NOCOMMON 0 0 2212801300012 DATA 4 62 2212801300013 E-LVL ANG-CM DATA-CM ERR-S 2212801300014 MEV ADEG MB/SR MB/SR 2212801300015 0.85 25.446 16.581 3.082 2212801300016 0.85 27.987 16.512 1.982 2212801300017 0.85 30.527 15.555 1.502 2212801300018 0.85 33.067 13.397 1.439 2212801300019 0.85 35.605 12.552 1.571 2212801300020 0.85 40.678 12.986 2.443 2212801300021 0.85 45.746 12.777 2.754 2212801300022 0.85 50.808 8.153 2.673 2212801300023 0.85 55.864 7.489 1.489 2212801300024 0.85 60.913 7.177 1.193 2212801300025 0.85 65.855 6.257 0.88 2212801300026 0.85 70.89 4.63 0.993 2212801300027 0.85 75.918 4.231 0.926 2212801300028 0.85 80.938 3.435 0.901 2212801300029 0.85 85.85 3.241 0.785 2212801300030 0.85 90.855 4.238 0.577 2212801300031 0.85 96.051 2.863 0.378 2212801300032 0.85 101.04 2.909 0.302 2212801300033 0.85 106.02 2.652 0.307 2212801300034 0.85 110.99 2.647 0.295 2212801300035 0.85 115.96 1.822 0.286 2212801300036 0.85 120.91 2.156 0.252 2212801300037 0.85 125.86 2.13 0.233 2212801300038 0.85 130.81 1.538 0.192 2212801300039 0.85 135.75 1.291 0.113 2212801300040 0.85 140.68 1.14 9.4E-02 2212801300041 0.85 145.61 1.097 0.112 2212801300042 0.85 150.53 1.658 0.142 2212801300043 0.85 155.45 1.828 0.174 2212801300044 0.85 160.36 1.76 0.191 2212801300045 4.51 20.398 3.42 0.846 2212801300046 4.51 22.946 3.554 0.727 2212801300047 4.51 25.492 5.055 0.452 2212801300048 4.51 28.038 4.781 0.436 2212801300049 4.51 30.582 5.682 0.44 2212801300050 4.51 33.126 5.298 0.417 2212801300051 4.51 35.668 5.778 0.446 2212801300052 4.51 40.748 5.346 0.393 2212801300053 4.51 45.823 4.197 0.361 2212801300054 4.51 50.892 4.013 0.528 2212801300055 4.51 55.954 4.574 0.388 2212801300056 4.51 61.008 3.164 0.325 2212801300057 4.51 65.954 3.305 0.328 2212801300058 4.51 70.993 2.67 0.33 2212801300059 4.51 76.024 2.072 0.276 2212801300060 4.51 81.046 1.774 0.252 2212801300061 4.51 85.96 1.606 0.192 2212801300062 4.51 90.964 1.785 0.197 2212801300063 4.51 96.16 1.335 0.151 2212801300064 4.51 101.15 1.413 0.143 2212801300065 4.51 106.13 1.552 0.146 2212801300066 4.51 111.09 1.703 0.154 2212801300067 4.51 116.05 1.174 0.139 2212801300068 4.51 121.01 0.923 0.153 2212801300069 4.51 125.95 0.773 0.143 2212801300070 4.51 130.89 0.514 0.179 2212801300071 4.51 135.82 0.591 0.137 2212801300072 4.51 140.75 0.889 0.115 2212801300073 4.51 145.67 0.67 0.142 2212801300074 4.51 150.58 0.986 0.109 2212801300075 4.51 155.49 0.715 0.238 2212801300076 4.51 160.4 1.096 0.291 2212801300077 ENDDATA 64 0 2212801300078 ENDSUBENT 77 0 2212801399999 SUBENT 22128014 20101119 22252212801400001 BIB 7 15 2212801400002 REACTION (28-NI-0(N,INL)28-NI-0,PAR,SIG) 2212801400003 Data for natural sample 2212801400004 LEVEL-PROP (28-NI-58,E-LVL=1.45,SPIN=2.,PARITY=+1.) 2212801400005 (28-NI-60,E-LVL=1.33,SPIN=2.,PARITY=+1.) 2212801400006 EN-SEC (E-LVL1,28-NI-60) 2212801400007 (E-LVL2,28-NI-58) 2212801400008 ANALYSIS (INTAD) .Angle-integrated cross sections were obtained 2212801400009 from Legendre polynomial fits to the experimental data.2212801400010 ERR-ANALYS (DATA-ERR) The angle-integrated cross sections are 2212801400011 given with total errors. 2212801400012 STATUS (DEP,22128015) 2212801400013 HISTORY (20110219A) ON: Reaction code corrected: 2212801400014 ((28-NI-58(N,INL)28-NI-58,PAR,SIG)+ 2212801400015 (28-NI-60(N,INL)28-NI-60,PAR,SIG)) ==> 2212801400016 (28-NI-0(N,INL)28-NI-0,PAR,SIG) 2212801400017 ENDBIB 15 0 2212801400018 NOCOMMON 0 0 2212801400019 DATA 4 1 2212801400020 E-LVL1 E-LVL2 DATA DATA-ERR 2212801400021 MEV MEV MB MB 2212801400022 1.33 1.45 36.75 0.8 2212801400023 ENDDATA 3 0 2212801400024 ENDSUBENT 23 0 2212801499999 SUBENT 22128015 20101119 22252212801500001 BIB 5 15 2212801500002 REACTION (28-NI-0(N,INL)28-NI-0,PAR,DA) 2212801500003 Data for natural sample 2212801500004 LEVEL-PROP (28-NI-58,E-LVL=1.45,SPIN=2.,PARITY=+1.) 2212801500005 (28-NI-60,E-LVL=1.33,SPIN=2.,PARITY=+1.) 2212801500006 EN-SEC (E-LVL1,28-NI-60) 2212801500007 (E-LVL2,28-NI-58) 2212801500008 ERR-ANALYS (ERR-S) The differential cross sections are given 2212801500009 with the statistical errors only. 2212801500010 (ERR-1,,5.) To this should be added the scale 2212801500011 uncertainty, which was estimated to 2212801500012 be less than 5% for the states studied. 2212801500013 HISTORY (20110219A) ON: Reaction code corrected: 2212801500014 ((28-NI-58(N,INL)28-NI-58,PAR,DA)+ 2212801500015 (28-NI-60(N,INL)28-NI-60,PAR,DA)) ==> 2212801500016 (28-NI-0(N,INL)28-NI-0,PAR,DA) 2212801500017 ENDBIB 15 0 2212801500018 COMMON 2 3 2212801500019 E-LVL1 E-LVL2 2212801500020 MEV MEV 2212801500021 1.33 1.45 2212801500022 ENDCOMMON 3 0 2212801500023 DATA 3 36 2212801500024 ANG-CM DATA-CM ERR-S 2212801500025 ADEG MB/SR MB/SR 2212801500026 10.178 22.271 7.251 2212801500027 12.721 21.209 5.823 2212801500028 15.265 16.08 3.95 2212801500029 17.808 12.876 2.623 2212801500030 20.35 11.962 1.845 2212801500031 22.891 11.495 1.268 2212801500032 25.432 11.151 0.805 2212801500033 27.972 11.156 0.707 2212801500034 30.511 10.171 0.511 2212801500035 33.05 8.765 0.549 2212801500036 35.587 7.479 0.726 2212801500037 40.658 6.229 0.734 2212801500038 45.825 3.934 0.642 2212801500039 50.885 3.788 0.57 2212801500040 55.939 3.775 0.549 2212801500041 60.987 2.346 0.47 2212801500042 66.028 2.675 0.334 2212801500043 71.062 2.414 0.322 2212801500044 75.988 2.35 0.359 2212801500045 81.007 2.077 0.338 2212801500046 86.019 2.083 0.298 2212801500047 91.023 1.307 0.252 2212801500048 96.019 1.166 0.255 2212801500049 101.01 1.273 0.227 2212801500050 105.99 1.119 0.202 2212801500051 110.96 0.908 0.201 2212801500052 115.93 0.732 0.152 2212801500053 120.89 0.623 0.142 2212801500054 125.84 0.9 0.121 2212801500055 130.78 0.945 0.104 2212801500056 135.72 0.604 6.5E-02 2212801500057 140.66 0.52 6.1E-02 2212801500058 145.59 0.655 6.8E-02 2212801500059 150.51 0.694 7.3E-02 2212801500060 155.43 1.017 0.106 2212801500061 160.35 1.225 0.112 2212801500062 ENDDATA 38 0 2212801500063 ENDSUBENT 62 0 2212801599999 ENDENTRY 15 0 2212899999999