ENTRY 30151 20080208 31263015100000001 SUBENT 30151001 20080208 31263015100100001 BIB 18 73 3015100100002 INSTITUTE (3POLIBJ,3POLWWA) 3015100100003 REFERENCE (J,NP/A,204,121,197304) Full paper 3015100100004 (R,INR-1417/I/PL,197208)Also In-113(n,2n),s.Exfor30104 3015100100005 (P,INR-1197/I/PL,18,197005) Small report, table. 3015100100006 AUTHOR (P.Decowski,W.Grochulski,A.Marcinkowski,J.Karolyi, 3015100100007 J.Piotrowski,E.Saad,K.Siwek-Wilczynska,I.M.Turkiewicz, 3015100100008 Z.Wilhelmi) 3015100100009 TITLE Cross sections for the In-113(n,n')In-113-m, 3015100100010 Pb-204(n,n')Pb-204-m,Pb-204(n,2n)Pb-203 reactions in 3015100100011 the neutron energy range 13-18 MeV 3015100100012 EXP-YEAR (1969) 3015100100013 FACILITY (VDG) Van de Graaff accelerator 3015100100014 INC-SOURCE (D-T) t(d,n)alpha reaction 3015100100015 INC-SPECT The energy spreads were determined taking into account 3015100100016 .The effective distribution of incident neutrons 3015100100017 .The irradiation geometry 3015100100018 .The neutron energy dependence on the emission angle 3015100100019 .The deuteron energy loss in the tritium target 3015100100020 METHOD (ACTIV)The absolute cross sections were evaluated from 3015100100021 the gamma-activity measurements. 3015100100022 DETECTOR (SCIN) scintillation spectrometer 3015100100023 ANALYSIS The reaction final products were identified by 3015100100024 their characteristic gamma-ray transitions and the 3015100100025 least square analysis of their decay curves 3015100100026 MONITOR (26-FE-56(N,P)25-MN-56,,SIG) 3015100100027 DECAY-MON (25-MN-56,2.58HR,DG,847.) 3015100100028 Measurements were relative to the 2.58Hr 3015100100029 activity of the 847 keV gamma rays induced in Fe56(n,p)3015100100030 En stand 3015100100031 MeV mb 3015100100032 13.0 110. 3015100100033 13.3 113. 3015100100034 13.5 112. 3015100100035 14.2 110. 3015100100036 14.6 103. 3015100100037 15.0 98. 3015100100038 15.3 96. 3015100100039 15.5 95. 3015100100040 15.7 90. 3015100100041 16.0 83. 3015100100042 16.4 78. 3015100100043 16.8 74. 3015100100044 17.0 72. 3015100100045 17.5 67. 3015100100046 18.0 64. 3015100100047 PART-DET (G) gammas 3015100100048 STATUS (TABLE) Data taken from Nucl.Phys.A204,tables 2,3. 3015100100049 Numerical standard values are from Decowski'S 3015100100050 letter (11/9/1972) 3015100100051 (APRVD) Approved by Decowski (11/9/1972) 3015100100052 HISTORY (19720119C) CA. 3015100100053 (19720928A) CA. Status approved added, numerical stand.3015100100054 values given 3015100100055 (19730801A)CA. .New reference was added= Nucl.Phys.A2043015100100056 .Numerical values of errors were changed 3015100100057 according to Nucl.Phys.A204 3015100100058 .Other minor changes 3015100100059 (19791023U) KO.-One reference added.- 3015100100060 (20080208A) BIB section updated 3015100100061 CORRECTION The influence of low energy neutrons from the D(d,n)T 3015100100062 reaction on deuterons gathered in the tritium target 3015100100063 during the deuteron bombardment was taken into account.3015100100064 Corrections for this effect were significant for the 3015100100065 highest deuteron energies and small angles of neutron 3015100100066 emission 3015100100067 ERR-ANALYS (DATA-ERR) Errors contain statistical and systematic 3015100100068 errors which consist of uncertainties 3015100100069 .In the integration of the pulse-height spectrum 3015100100070 .Caused by fluctuations of the beam current 3015100100071 .Of sample weight and composition 3015100100072 .Of counter efficiency 3015100100073 .Of the gamma-ray attenuation in the sample 3015100100074 .Of the cross section of the monitoring reaction 3015100100075 ENDBIB 73 0 3015100100076 NOCOMMON 0 0 3015100100077 ENDSUBENT 76 0 3015100199999 SUBENT 30151002 20080208 31263015100200001 BIB 3 3 3015100200002 REACTION (49-IN-113(N,INL)49-IN-113-M,,SIG) 3015100200003 DECAY-DATA (49-IN-113-M,100.MIN) Half-life assumed by author. 3015100200004 HISTORY (20080215S) Dataset was restored. 3015100200005 ENDBIB 3 0 3015100200006 NOCOMMON 0 0 3015100200007 DATA 4 10 3015100200008 EN EN-RSL DATA DATA-ERR 3015100200009 MEV MEV MB MB 3015100200010 12.98 0.15 104. 28. 3015100200011 13.33 0.10 62. 14. 3015100200012 13.88 0.09 37. 9. 3015100200013 14.52 0.12 42. 9. 3015100200014 15.05 0.20 30. 8. 3015100200015 15.14 0.14 27. 6. 3015100200016 15.44 0.17 19. 5. 3015100200017 15.98 0.17 38. 9. 3015100200018 16.59 0.09 45. 11. 3015100200019 17.83 0.14 34. 30. 3015100200020 ENDDATA 12 0 3015100200021 ENDSUBENT 20 0 3015100299999 SUBENT 30151003 20080208 31263015100300001 BIB 3 3 3015100300002 REACTION (82-PB-204(N,INL)82-PB-204-M,,SIG) 3015100300003 DECAY-DATA (82-PB-204-M,66.9MIN) Half-life assumed by author 3015100300004 HISTORY (20080215S) Dataset was restored. 3015100300005 ENDBIB 3 0 3015100300006 NOCOMMON 0 0 3015100300007 DATA 4 9 3015100300008 EN EN-RSL DATA DATA-ERR 3015100300009 MEV MEV MB MB 3015100300010 12.85 0.17 80.9 7.5 3015100300011 12.98 0.15 71.8 6.6 3015100300012 13.56 0.13 80.1 7.4 3015100300013 14.18 0.15 63.3 5.7 3015100300014 15.05 0.26 56.8 5.1 3015100300015 15.41 0.27 48.8 4.4 3015100300016 15.48 0.19 40.1 3.6 3015100300017 16.59 0.09 41.9 3.8 3015100300018 17.83 0.13 33.2 3.0 3015100300019 ENDDATA 11 0 3015100300020 ENDSUBENT 19 0 3015100399999 SUBENT 30151004 20080208 31263015100400001 BIB 2 2 3015100400002 REACTION (82-PB-204(N,2N)82-PB-203,,SIG) 3015100400003 HISTORY (20080215S) Dataset was restored. 3015100400004 ENDBIB 2 0 3015100400005 NOCOMMON 0 0 3015100400006 DATA 4 9 3015100400007 EN EN-RSL DATA DATA-ERR 3015100400008 MEV MEV MB MB 3015100400009 12.98 0.15 1966. 242. 3015100400010 13.56 0.13 1963. 237. 3015100400011 14.18 0.15 1856. 224. 3015100400012 15.03 0.20 1830. 220. 3015100400013 15.41 0.27 1759. 211. 3015100400014 15.98 0.19 1874. 244. 3015100400015 16.59 0.09 1998. 246. 3015100400016 17.37 0.24 2010. 262. 3015100400017 17.83 0.13 1896. 236. 3015100400018 ENDDATA 11 0 3015100400019 ENDSUBENT 18 0 3015100499999 ENDENTRY 4 0 3015199999999