ENTRY M0151 20121102 M065M015100000001 SUBENT M0151001 20121102 M065M015100100001 BIB 12 34 M015100100002 TITLE Charge distribution of residual nuclei at M015100100003 photospallation of Nb-93. M015100100004 AUTHOR (H.A.Vartapetyan,E.O.Grigoryan,A.S.Danagulyan, M015100100005 N.A.Demekhina,A.G.Khudaverdyan) M015100100006 INSTITUTE (4ARMJER) M015100100007 REFERENCE (J,YF,34,289,1981) M015100100008 (J,SNP,34,163,1981) - Eng.trans.of YF,34,289,1981 M015100100009 FACILITY (SYNCH,4ARMJER) M015100100010 INC-SOURCE (BRST) M015100100011 METHOD (ACTIV) M015100100012 DETECTOR (GELI) M015100100013 ERR-ANALYS The systematic errors amounted to 10-15%. M015100100014 COMMENT The charge distribution of residual nuclei at M015100100015 spallation of Nb-93 by bremsstrahlung photons with M015100100016 maximum gamma energy of 4.5 GeV was investigated. M015100100017 Studying the isobar charge dispersion and comparing M015100100018 the obtained data with results of hardronic nuclear M015100100019 reactions one is able to elucidate some regularities M015100100020 of the nuclear spallation as well as to predict the M015100100021 production probability of yields of the residual M015100100022 nuclei which are difficult to measure by activation M015100100023 methods. To estimate the reaction yield quantitatevelyM015100100024 a five-parameter rudstam formula was used. M015100100025 The nature and properties of isobaric and mass yields M015100100026 are discussed and compared with calculations of the M015100100027 two-step cascade-evaporation model. M015100100028 STATUS (TABLE) Data are published in form of tables. M015100100029 HISTORY (19870204C) M015100100030 (19910202A) Corrected by V.Varlamov, V.Mclane M015100100031 (20121102A) SD: Updated to new date formats,lower case.M015100100032 Corrected according last EXFOR rules and Dict. M015100100033 Ref. on transl. was added. M015100100034 VV: STATUS, REACTION code in SUBENT 002 M015100100035 was corrected BRS -> BRA. M015100100036 ENDBIB 34 0 M015100100037 COMMON 1 3 M015100100038 EN-MAX M015100100039 GEV M015100100040 4.5 M015100100041 ENDCOMMON 3 0 M015100100042 ENDSUBENT 41 0 M015100199999 SUBENT M0151002 20121102 M065M015100200001 BIB 2 2 M015100200002 REACTION (41-NB-93(G,X)ELEM/MASS,,SIG,,BRA) M015100200003 HISTORY (20121029A) VV: REACTION code: BRS -> BRA. M015100200004 ENDBIB 2 0 M015100200005 NOCOMMON 0 0 M015100200006 DATA 6 41 M015100200007 ELEMENT MASS ISOMER DATA DATA-MAX DATA-ERR M015100200008 NO-DIM NO-DIM NO-DIM MB MB MB M015100200009 41. 92. 1. 48.8 4.9 M015100200010 41. 91. 1. 6.8 0.7 M015100200011 41. 90. 4.47 0.5 M015100200012 41. 89. 1. 0.32 0.1 M015100200013 41. 88. 0.39 0.07 M015100200014 40. 89. 6.42 0.7 M015100200015 40. 88. 4.47 0.5 M015100200016 40. 87. 2.24 0.4 M015100200017 40. 86. 0.7 0.07 M015100200018 39. 90. 1. 0.21 0.05 M015100200019 39. 88. 1.33 0.27 M015100200020 39. 87. 1. 0.86 0.17 M015100200021 39. 87. 0. 2.7 0.6 M015100200022 39. 86. 1. 1.06 0.12 M015100200023 39. 86. 0. 2.67 0.44 M015100200024 39. 85. 1. 1.97 0.9 M015100200025 39. 85. 3.35 0.55 M015100200026 39. 84. 0.79 0.08 M015100200027 39. 83. 2.17 0.3 M015100200028 39. 82. 2.08 0.21 M015100200029 37. 84. 0.52 0.06 M015100200030 37. 83. 2.1 0.3 M015100200031 37. 82. 1. 1.16 0.15 M015100200032 37. 81. 0. 1.97 0.49 M015100200033 37. 79. 0.33 0.15 M015100200034 35. 77. 1.18 0.20 M015100200035 35. 76. 0.78 0.3 M015100200036 35. 75. 0.36 0.04 M015100200037 34. 75. 1.21 0.15 M015100200038 34. 73. 0.38 0.08 M015100200039 34. 72. 0.30 0.03 M015100200040 33. 74. 0.29 0.06 M015100200041 33. 72. 0.51 0.05 M015100200042 33. 71. 0.36 0.08 M015100200043 31. 67. 0.40 0.03 M015100200044 31. 66. 0.28 0.13 M015100200045 30. 65. 0.43 0.05 M015100200046 27. 58. 0.40 0.12 M015100200047 27. 57. 0.44 0.06 M015100200048 25. 54. 0.12 0.04 M015100200049 21. 46. 0.14 0.05 M015100200050 ENDDATA 43 0 M015100200051 ENDSUBENT 50 0 M015100299999 ENDENTRY 2 0 M015199999999