ENTRY A0571 20160228 A084A057100000001 SUBENT A0571001 20160228 A084A057100100001 BIB 13 44 A057100100002 TITLE Excitation function and yield for the formation of A057100100003 Xe-127 in 100 MeV proton induced nuclear reaction on A057100100004 cesium A057100100005 AUTHOR (E.Rurarz,N.G.Zaitseva,V.A.Khalkin,Kim Hyn Hwan, A057100100006 L.M.Popinenkova,V.N.Glushchenko) A057100100007 INSTITUTE (3POLIPJ) A057100100008 (3KDRKDR) Institute of Radiochemistry,Pyongyang,D.P.R. A057100100009 Korea. A057100100010 (4RUSFVE) A057100100011 (4ZZZDUB) A057100100012 REFERENCE (J,NKA,37,3,1992) A057100100013 REL-REF (M,,C.Deptula+,J,NKA,35,63,1990) Experim.methods A057100100014 SAMPLE Stacks of pressed pellet of anhydrous Cs-Cl of natural A057100100015 isotopic composition were used. A057100100016 Pellets thicknesses were obtained by the weight and A057100100017 area measurement. A057100100018 The weight of pressed Cs-Cl pellets varied throughout A057100100019 the stacked thin CsCl discs according to the required A057100100020 energy loss of protons in each discs. About twenty A057100100021 pellets were placed in an aluminum target holder. A057100100022 ADD-RES (COMP) Hybrid Model of Nuclear Reactions using the wellA057100100023 developed computer code overlaid ALICE. A057100100024 (TTY-C) A057100100025 DETECTOR (GELI) A057100100026 MONITOR (13-AL-27(P,X)11-NA-24,CUM,SIG,,,EVAL) A057100100027 FACILITY (LINAC,4RUSFVE) Lu-100 at the Institute for High A057100100028 Energy Physics in Serpukhuv (RUSSIA). The duration of A057100100029 Irradiations vas 2-5 hours. Proton beam intensity was A057100100030 limited to low currents which varied from lO to 200 nA.A057100100031 (SPECC,4ZZZDUB) The amount of 127-Cs and 127-Xe was A057100100032 measured by recording ,gamma-ray spectra of each CsCl A057100100033 pellet with calibrated Ge(Li) detector after A057100100034 transportation the stacks from Serpukhov to J.I.N.R. A057100100035 in Dubna. A057100100036 METHOD (STTA) Proton beam current was varied from 30 to 200 NaA057100100037 (EXTB) The Duration of irradiation was 2 - 5 hours. A057100100038 (ACTIV) A057100100039 (GSPEC) The stacks were repeatedly measured over a A057100100040 period of several day. A057100100041 STATUS (TABLE) NKA,37,3,1992 A057100100042 HISTORY (19970210C) A057100100043 (19970220U) Last checking has been done. A057100100044 (20160228A) SD: DECAY-DATA corrected in Subent 002; A057100100045 BIB update. A057100100046 ENDBIB 44 0 A057100100047 NOCOMMON 0 0 A057100100048 ENDSUBENT 47 0 A057100199999 SUBENT A0571002 20160228 A084A057100200001 BIB 4 17 A057100200002 REACTION (55-CS-133(P,X)54-XE-127,CUM,SIG) A057100200003 ERR-ANALYS (DATA-ERR) The total cross sections was obtained by A057100200004 summing up in squares all the individual errors A057100200005 1. the data analysis, A057100200006 2. proton flux determination, A057100200007 3. gamma spectroscopy, A057100200008 4. conversion of gamma intensities into reaction crossA057100200009 sections and amounted to 13-18%. A057100200010 Authors assumed for the cross section and yields theA057100200011 error 15%. A057100200012 DECAY-DATA (54-XE-127-G,36.4D,DG,57.6,0.0122, A057100200013 DG,145.3,0.0429, A057100200014 DG,172.1,0.05, A057100200015 DG,202.9,0.683, A057100200016 DG,375.0,0.172) A057100200017 HISTORY (20160228A) SD: hl=36.4HR -> 36.4D in DECAY-DATA A057100200018 according to the text on p.4 of NKA,37,(1). A057100200019 ENDBIB 17 0 A057100200020 COMMON 1 3 A057100200021 DATA-ERR A057100200022 PER-CENT A057100200023 15. A057100200024 ENDCOMMON 3 0 A057100200025 DATA 2 28 A057100200026 EN DATA A057100200027 MEV MB A057100200028 98. 222. A057100200029 95. 230. A057100200030 91. 262. A057100200031 88. 250. A057100200032 84. 241. A057100200033 82. 197. A057100200034 80. 195. A057100200035 76. 185. A057100200036 74. 149. A057100200037 72. 125. A057100200038 70. 100. A057100200039 69. 86. A057100200040 67. 72. A057100200041 65. 55. A057100200042 63. 43. A057100200043 62. 20. A057100200044 61. 25. A057100200045 59. 31. A057100200046 58. 35. A057100200047 56. 21. A057100200048 54. 16. A057100200049 53. 15. A057100200050 50. 17. A057100200051 47. 23. A057100200052 45. 21. A057100200053 43. 16. A057100200054 39. 15. A057100200055 37. 14. A057100200056 ENDDATA 30 0 A057100200057 ENDSUBENT 56 0 A057100299999 ENDENTRY 2 0 A057199999999