ENTRY A0572 20240201 A107A0572 0 1 SUBENT A0572001 20240201 A107A0572 1 1 BIB 15 68 A0572 1 2 TITLE Production of 128,131-Ba,132-Cs in proton induced A0572 1 3 reactions on a Cs target and of 127,129-Cs in 3,4-He A0572 1 4 induced reactions on I target A0572 1 5 AUTHOR (C.Deptula,Kim Sen Han,O.Knotek,S.Mikolajewski, A0572 1 6 L.M.Popinenkova,E.Rurarz,N.G.Zaitseva) A0572 1 7 INSTITUTE (3CZRUJV,4RUSFVE,4ZZZDUB,3POLIPJ,3KDRPYN) A0572 1 8 REFERENCE (J,NKA,35,63,1990) A0572 1 9 (J,RCA,54,57,1991) - final publ. only figs. A0572 1 10 SAMPLE The thin targets were prepared by compressing the A0572 1 11 necessary amount of the natural, high purity Cs-Cl A0572 1 12 powder. A0572 1 13 Pellets thicknesses were obtained by the weight and A0572 1 14 area measurement. The weight of pressed Cs-Cl pellets, A0572 1 15 diameter 1.5 cm,area 1.76 cm**2, varied throughout the A0572 1 16 stacked thin Cs-Cl discs according to necessary energy A0572 1 17 loss of protons in each discs. The number of pellets A0572 1 18 varied in different irradiations. The thin target A0572 1 19 discs were then stacked in thin-walled aluminum tube, A0572 1 20 which used as target holder, with aluminum foils A0572 1 21 between each Cs-Cl discs. A0572 1 22 ADD-RES (COMP) Hybrid Model of nuclear reactions using the wellA0572 1 23 developed computer code overlaid ALICE. A0572 1 24 Advantages of using I-127-He-3,4 reactions for A0572 1 25 production of Cs-127,129 are discussed. A0572 1 26 (TTY-C) A0572 1 27 MONITOR (13-AL-27(P,X)11-NA-24,CUM,SIG) A0572 1 28 MONIT-REF (,J.Tobailem+,R,CEA-N-1466,1971) The compiler believedA0572 1 29 that author's reference for monitor reaction is A0572 1 30 incorrect. A0572 1 31 REL-REF (R,,C.F.Williamson+,R,CEA-R-3042,1966) The Tables of A0572 1 32 Stopping Power. A0572 1 33 (A,A0320001,M.C.Lagunas-Solar+,J,ARI,33,619,1982) A0572 1 34 Within the experimental uncertainties and energetical A0572 1 35 ranges. A0572 1 36 DETECTOR (GELI) A0572 1 37 FACILITY (LINAC,4RUSFVE) Lu-100 at the Institute For High EnergyA0572 1 38 Physics in Serpukhuv (RUSSIA). A0572 1 39 METHOD (STTA) Stack of discs (see SAMPLE) A0572 1 40 (EXTB) The duration of irradiations were 2-5 hours. A0572 1 41 (ACTIV) A0572 1 42 (GSPEC) The stacks were repeatedly measured over a A0572 1 43 period of several day. A0572 1 44 ERR-ANALYS (ERR-2) The uncertainty of measurement of proton beam A0572 1 45 intensity. Mainly errors from monitor reaction cross A0572 1 46 section. A0572 1 47 (ERR-3) The uncertainty in the target thickness A0572 1 48 variations. A0572 1 49 (ERR-4) The error in the computer spectral integration.A0572 1 50 (ERR-S) The error in counting statistics. All targets A0572 1 51 were measured 4-5 times at least and the final result A0572 1 52 is the weighted average of the measurements A0572 1 53 (ERR-6) The error in the detector efficiency. A0572 1 54 (ERR-7) The error in the attenuation corrections. A0572 1 55 (ERR-8) The error in decay corrections. A0572 1 56 (ERR-9) The error in the gamma-ray probabilities per A0572 1 57 decay. A0572 1 58 (ERR-10) The error in counting geometry. A0572 1 59 (ERR-T) Total cross sections was obtained by summing A0572 1 60 up in squares all the individual errors. They range A0572 1 61 between 13-18%. Authors assumed for the cross section A0572 1 62 and yields the error 15%. A0572 1 63 STATUS (TABLE,,C.Deptula+,J,NKA,35,63,1990) Tbl. 1 A0572 1 64 HISTORY (19970217C) A0572 1 65 (19970220U) Last checking has been done. A0572 1 66 (20170205A) SD: DECAY-DATA were corrected in Subent 002A0572 1 67 ERR-T moved to Subent 001. Institiute code was update: A0572 1 68 3KDRKDR -> 3KDRPYN. A0572 1 69 (20240201U) SD: Ref. RCA,54,57,1991 added. A0572 1 70 ENDBIB 68 0 A0572 1 71 COMMON 11 6 A0572 1 72 EN-ERR ERR-2 ERR-3 ERR-4 ERR-S ERR-6 A0572 1 73 ERR-7 ERR-8 ERR-9 ERR-10 ERR-T A0572 1 74 PER-CENT PER-CENT PER-CENT PER-CENT PER-CENT PER-CENT A0572 1 75 PER-CENT PER-CENT PER-CENT PER-CENT PER-CENT A0572 1 76 0.5 5. 8. 4. 3. 5.A0572 1 77 5. 3. 5. 3. 15. A0572 1 78 ENDCOMMON 6 0 A0572 1 79 ENDSUBENT 78 0 A0572 199999 SUBENT A0572002 20170205 A086A0572 2 1 BIB 3 3 A0572 2 2 REACTION (55-CS-133(P,6N)56-BA-128,,SIG) A0572 2 3 DECAY-DATA (56-BA-128,2.49D) A0572 2 4 HISTORY (20170205A) Cs-128 decay data were deleted. A0572 2 5 ENDBIB 3 0 A0572 2 6 NOCOMMON 0 0 A0572 2 7 DATA 2 29 A0572 2 8 EN DATA A0572 2 9 MEV MB A0572 2 10 97.9 60. A0572 2 11 96.5 68. A0572 2 12 94.5 70. A0572 2 13 93.4 74. A0572 2 14 91.2 78. A0572 2 15 89.4 84. A0572 2 16 88.6 88. A0572 2 17 87.5 81. A0572 2 18 85.4 91. A0572 2 19 83.5 92. A0572 2 20 82.6 98. A0572 2 21 81.2 102. A0572 2 22 79.5 107. A0572 2 23 78.3 105. A0572 2 24 75.3 128. A0572 2 25 74.4 144. A0572 2 26 71.0 164. A0572 2 27 69.2 189. A0572 2 28 67.4 260. A0572 2 29 66.7 280. A0572 2 30 62.5 323. A0572 2 31 60.9 197. A0572 2 32 58.8 185. A0572 2 33 57.7 158. A0572 2 34 56.5 112. A0572 2 35 54.2 46. A0572 2 36 52.5 22. A0572 2 37 49.5 8. A0572 2 38 46.5 7. A0572 2 39 ENDDATA 31 0 A0572 2 40 ENDSUBENT 39 0 A0572 299999 SUBENT A0572003 20170205 A086A0572 3 1 BIB 2 2 A0572 3 2 REACTION (55-CS-133(P,3N)56-BA-131,,SIG) A0572 3 3 HISTORY (20170205A) SD: SF5=M+ deleted from REACTION code. A0572 3 4 ENDBIB 2 0 A0572 3 5 NOCOMMON 0 0 A0572 3 6 DATA 2 22 A0572 3 7 EN DATA A0572 3 8 MEV MB A0572 3 9 97.9 55. A0572 3 10 93.4 53. A0572 3 11 88.6 68. A0572 3 12 83.5 82. A0572 3 13 78.3 74. A0572 3 14 74.4 77. A0572 3 15 69.2 91. A0572 3 16 66.7 89. A0572 3 17 60.9 118. A0572 3 18 54.2 125. A0572 3 19 52.5 118. A0572 3 20 49.5 135. A0572 3 21 46.5 139. A0572 3 22 44.6 146. A0572 3 23 41.4 241. A0572 3 24 38.7 501. A0572 3 25 33.9 670. A0572 3 26 32.5 653. A0572 3 27 28.7 469. A0572 3 28 26.4 83. A0572 3 29 25.7 37. A0572 3 30 23.8 18. A0572 3 31 ENDDATA 24 0 A0572 3 32 ENDSUBENT 31 0 A0572 399999 SUBENT A0572004 20170205 A086A0572 4 1 BIB 2 2 A0572 4 2 REACTION (55-CS-133(P,X)55-CS-132,,SIG) Independent A0572 4 3 HISTORY (20170205A) SD: SF3=N+P -> X in REACTION code. A0572 4 4 ENDBIB 2 0 A0572 4 5 NOCOMMON 0 0 A0572 4 6 DATA 2 20 A0572 4 7 EN DATA A0572 4 8 MEV MB A0572 4 9 97.9 118. A0572 4 10 93.4 123. A0572 4 11 88.6 130. A0572 4 12 83.5 129. A0572 4 13 79.5 122. A0572 4 14 74.4 118. A0572 4 15 69.2 110. A0572 4 16 66.7 115. A0572 4 17 62.5 150. A0572 4 18 57.7 150. A0572 4 19 54.2 135. A0572 4 20 49.5 137. A0572 4 21 46.5 115. A0572 4 22 44.6 120. A0572 4 23 38.7 122. A0572 4 24 32.5 125. A0572 4 25 28.7 113. A0572 4 26 26.4 120. A0572 4 27 21.8 81. A0572 4 28 17.6 25. A0572 4 29 ENDDATA 22 0 A0572 4 30 ENDSUBENT 29 0 A0572 499999 ENDENTRY 4 0 A057299999999