ENTRY L0200 20150204 L026L020000000001 SUBENT L0200001 20150204 L026L020000100001 BIB 10 23 L020000100002 TITLE Photoneutron cross sections for 32S L020000100003 AUTHOR (D.W.Anderson, A.J.Bureau, B.C.Cook, T.J.Englert, L020000100004 R.E.Schramm) L020000100005 REFERENCE (J,NP/A,156,74,1970) L020000100006 #doi:10.1016/0375-9474(70)91115-2 L020000100007 INSTITUTE (1USASUI) L020000100008 FACILITY (SYNCH,1USASUI) Iowa State University 70-MeV L020000100009 synchrotron. L020000100010 INC-SOURCE (BRST) The collimated bremsstrahlung beam. L020000100011 SAMPLE Samples were in cylindrical shapes pressed from L020000100012 sulfur powder of 99.7 % purity. The sulfur was of L020000100013 natural isotopic composition. L020000100014 DETECTOR (NAICR) L020000100015 METHOD (ACTIV) After a 240 sec irradiation, the samples were L020000100016 placed between two NaI(Tl) detectors located in a low L020000100017 background counting house. The decay of 30P was L020000100018 detected for 300 sec and the total accumulated on a L020000100019 pair of scalers. Yield points for each yield curve L020000100020 were taken in 0.5 MeV intervals from 19.0 to 62.0 L020000100021 MeV. The irradiation energy was chosen in a random L020000100022 manner to minimize effects of drift in the electronic L020000100023 devices. L020000100024 HISTORY (20150204C) BP L020000100025 ENDBIB 23 0 L020000100026 NOCOMMON 0 0 L020000100027 ENDSUBENT 26 0 L020000199999 SUBENT L0200002 20150204 L026L020000200001 BIB 7 14 L020000200002 REACTION ((16-S-32(G,N)16-S-31,,SIG,,BRS)+ L020000200003 (16-S-32(G,2N)16-S-30,,SIG,,BRS/FCT)) Factor of 0.8 L020000200004 was introduced during the data analysis. L020000200005 RAD-DET (16-S-31,AR) L020000200006 DECAY-DATA (16-S-31,2.57SEC,B+) L020000200007 ANALYSIS (LEAST) Least Structure analysis. L020000200008 ERR-ANALYS (DATA-ERR) The vertical error bars represent the L020000200009 standard deviations for the cross section points. L020000200010 CORRECTION Contributions due to other multiparticle reactions L020000200011 leading to beta+ emitters of several seconds are not L020000200012 excluded, e.g. S-32(g,2np) and small contributions by L020000200013 multineutron reactions on minor S isotopes 33, 34, L020000200014 and 36. L020000200015 STATUS (CURVE) Fig.4, page 78. L020000200016 ENDBIB 14 0 L020000200017 NOCOMMON 0 0 L020000200018 DATA 4 94 L020000200019 EN EN-RSL DATA DATA-ERR L020000200020 MEV MEV MB MB L020000200021 15.349 0.179 L020000200022 16.079 0.935 L020000200023 16.582 0.504 1.643 0.334 L020000200024 17.128 2.717 L020000200025 17.676 4.378 L020000200026 18.223 6.251 L020000200027 18.816 7.520 L020000200028 19.227 9.121 L020000200029 19.866 10.994 L020000200030 20.504 13.924 L020000200031 21.002 0.582 16.149 0.411 L020000200032 21.599 14.166 L020000200033 22.056 10.873 L020000200034 22.649 10.692 L020000200035 23.242 9.514 L020000200036 23.744 10.662 L020000200037 24.337 10.783 L020000200038 24.839 8.759 L020000200039 25.340 7.852 L020000200040 25.842 6.554 L020000200041 26.481 5.587 L020000200042 26.983 5.526 L020000200043 27.485 5.738 L020000200044 28.058 6.264 L020000200045 28.601 1.047 6.521 0.462 L020000200046 29.173 6.040 L020000200047 29.725 5.186 L020000200048 30.229 4.288 L020000200049 30.927 3.055 L020000200050 31.354 2.439 L020000200051 31.858 2.234 L020000200052 32.401 2.388 L020000200053 32.943 2.953 L020000200054 33.447 3.646 L020000200055 34.068 1.047 3.697 0.488 L020000200056 34.688 3.312 L020000200057 35.153 2.824 L020000200058 35.658 2.465 L020000200059 36.239 2.439 L020000200060 36.821 2.234 L020000200061 37.286 1.874 L020000200062 37.829 1.155 L020000200063 38.410 0.873 L020000200064 38.953 0.796 L020000200065 39.496 0.950 L020000200066 40.000 1.515 L020000200067 40.543 2.182 L020000200068 41.086 2.670 L020000200069 41.667 1.202 2.798 0.539 L020000200070 42.249 2.593 L020000200071 42.714 2.234 L020000200072 43.296 1.849 L020000200073 43.877 1.874 L020000200074 44.381 2.003 L020000200075 44.924 1.926 L020000200076 45.467 1.386 L020000200077 45.971 0.950 L020000200078 46.475 0.462 L020000200079 47.095 0.154 L020000200080 47.677 0.154 0.539 L020000200081 48.142 0.282 L020000200082 48.724 0.436 L020000200083 49.305 0.745 L020000200084 49.809 1.078 L020000200085 50.352 1.438 L020000200086 50.895 1.694 L020000200087 51.438 2.003 L020000200088 52.058 2.285 L020000200089 52.485 1.435 2.388 0.436 L020000200090 53.027 2.234 L020000200091 53.609 2.080 L020000200092 54.191 1.951 L020000200093 54.733 1.977 L020000200094 55.276 2.003 L020000200095 55.819 1.746 L020000200096 56.323 1.309 L020000200097 56.905 0.745 L020000200098 57.447 0.385 L020000200099 57.990 0.051 L020000200100 58.533 -0.103 0.616 L020000200101 59.037 0.026 L020000200102 59.619 0.334 L020000200103 60.123 0.642 L020000200104 60.666 1.130 L020000200105 61.208 1.592 L020000200106 61.751 1.977 L020000200107 62.333 1.590 2.131 0.668 L020000200108 62.876 1.874 L020000200109 63.457 1.669 L020000200110 63.961 1.309 L020000200111 64.504 1.130 L020000200112 65.047 1.078 L020000200113 65.590 1.155 L020000200114 66.094 1.284 L020000200115 ENDDATA 96 0 L020000200116 ENDSUBENT 115 0 L020000299999 SUBENT L0200003 20150204 L026L020000300001 BIB 6 7 L020000300002 REACTION (16-S-32(G,X)15-P-30,CUM,SIG,,BRS) L020000300003 RAD-DET (15-P-30,AR) L020000300004 DECAY-DATA (15-P-30,2.55MIN,B+) L020000300005 ANALYSIS (LEAST) Least Structure analysis. L020000300006 ERR-ANALYS (DATA-ERR) The vertical error bars represent the L020000300007 standard deviations for the cross section points. L020000300008 STATUS (CURVE) Fig.5, page 79. L020000300009 ENDBIB 7 0 L020000300010 NOCOMMON 0 0 L020000300011 DATA 4 81 L020000300012 EN EN-RSL DATA DATA-ERR L020000300013 MEV MEV MB MB L020000300014 21.462 0.000 L020000300015 21.987 0.036 L020000300016 22.473 0.412 0.312 0.099 L020000300017 22.996 0.554 L020000300018 23.482 0.887 L020000300019 23.931 1.008 0.135 L020000300020 24.493 1.029 L020000300021 24.901 1.951 L020000300022 25.461 2.519 L020000300023 25.949 2.391 L020000300024 26.473 2.618 L020000300025 26.919 3.278 L020000300026 27.444 0.562 3.349 0.191 L020000300027 27.894 3.243 L020000300028 28.461 2.314 0.262 L020000300029 28.866 3.853 L020000300030 29.427 3.995 L020000300031 29.918 3.392 L020000300032 30.407 2.988 L020000300033 30.933 2.740 0.248 L020000300034 31.455 3.342 L020000300035 31.863 0.562 4.158 0.269 L020000300036 32.430 3.343 L020000300037 32.922 2.258 L020000300038 33.447 2.364 L020000300039 33.897 2.329 L020000300040 34.458 2.428 L020000300041 34.869 2.790 L020000300042 35.468 0.750 3.038 0.227 L020000300043 35.957 2.669 L020000300044 36.485 2.067 L020000300045 36.973 1.769 L020000300046 37.461 1.755 L020000300047 37.985 1.840 L020000300048 38.473 1.691 L020000300049 39.036 1.620 L020000300050 39.523 1.684 L020000300051 39.935 0.675 1.812 0.241 L020000300052 40.535 1.713 L020000300053 40.912 1.401 L020000300054 41.475 1.217 L020000300055 42.000 1.217 L020000300056 42.487 1.238 L020000300057 42.974 1.252 0.220 L020000300058 43.424 1.345 L020000300059 43.910 1.430 L020000300060 44.511 1.366 L020000300061 45.036 1.246 L020000300062 45.486 1.168 L020000300063 46.012 1.076 L020000300064 46.499 1.012 L020000300065 46.949 1.069 L020000300066 47.474 1.040 L020000300067 48.037 0.792 L020000300068 48.489 0.480 L020000300069 48.976 0.487 0.213 L020000300070 49.499 0.835 L020000300071 49.947 1.190 L020000300072 50.472 0.825 1.261 0.248 L020000300073 50.960 1.105 L020000300074 51.448 0.913 L020000300075 52.049 0.694 L020000300076 52.499 0.651 L020000300077 52.949 0.687 L020000300078 53.548 0.715 L020000300079 54.036 0.680 L020000300080 54.485 0.779 L020000300081 54.934 1.105 L020000300082 55.457 1.467 L020000300083 55.943 0.787 1.616 0.277 L020000300084 56.582 1.368 L020000300085 57.034 0.978 L020000300086 57.522 0.773 L020000300087 57.972 0.709 L020000300088 58.534 0.716 L020000300089 59.021 0.787 L020000300090 59.546 0.794 L020000300091 59.996 0.759 0.262 L020000300092 60.409 0.688 L020000300093 60.709 0.624 L020000300094 61.009 0.560 L020000300095 ENDDATA 83 0 L020000300096 ENDSUBENT 95 0 L020000399999 SUBENT L0200004 20150204 L026L020000400001 BIB 5 16 L020000400002 REACTION ((16-S-32(G,N)16-S-31,,INT)+ L020000400003 (16-S-32(G,2N)16-S-30,,INT,,FCT)) Factor of 0.8 was L020000400004 introduced during the data analysis. L020000400005 REL-REF (R,,M.N.Thompson+,J,PL,14,223,1965) L020000400006 (R,K2187001,K.Kuriyama,J,JPJ,17,1681,1962) L020000400007 (R,M0248001,S.Costa+,J,PL,6,226,1963) L020000400008 (R,K2186001,N.Mutsuro+,J,JPJ,17,1673,1962) L020000400009 (R,,R.N.H.Haslam+,J,CJP,30,257,1952) L020000400010 (R,,R.Montalbetti+,J,PR,91,659,1953) L020000400011 (R,,U.Farinelli+,J,NC,12,89,1959) L020000400012 ANALYSIS The absolute scale for the integrated cross section L020000400013 for the (g,n)+ (g,2n) reactions was established from L020000400014 values given in REL-REF. L020000400015 ERR-ANALYS (DATA-ERR) No details on sources of uncertainties. L020000400016 STATUS (TABLE) page 81. L020000400017 (DEP,L0200002) L020000400018 ENDBIB 16 0 L020000400019 NOCOMMON 0 0 L020000400020 DATA 4 1 L020000400021 EN-MIN EN-MAX DATA DATA-ERR L020000400022 MEV MEV MB*MEV MB*MEV L020000400023 0.0 62.0 158.0 7.0 L020000400024 ENDDATA 3 0 L020000400025 ENDSUBENT 24 0 L020000499999 SUBENT L0200005 20150204 L026L020000500001 BIB 5 8 L020000500002 REACTION (16-S-32(G,X)15-P-30,CUM,INT) L020000500003 REL-REF (R,L0110001,B.C.Cook+,J,PR,143,712,1966) L020000500004 ANALYSIS This value was obtained by comparing the yield with L020000500005 the yield for the 160(g,n)150 reaction and using the L020000500006 absolute oxygen cross section in REL-REF. L020000500007 ERR-ANALYS (DATA-ERR) No details on sources of uncertainties. L020000500008 STATUS (TABLE) page 81. L020000500009 (DEP,L0200003) L020000500010 ENDBIB 8 0 L020000500011 NOCOMMON 0 0 L020000500012 DATA 4 1 L020000500013 EN-MIN EN-MAX DATA DATA-ERR L020000500014 MEV MEV MB*MEV MB*MEV L020000500015 0.0 62.0 65.0 6.0 L020000500016 ENDDATA 3 0 L020000500017 ENDSUBENT 16 0 L020000599999 ENDENTRY 5 0 L020099999999