ENTRY F1482 20231103 F095F1482 0 1 SUBENT F1482001 20231103 F095F1482 1 1 BIB 13 40 F1482 1 2 TITLE Investigation of proton-induced excitation functions F1482 1 3 on natural tungsten up to 18 MeV F1482 1 4 AUTHOR (R.V.Avetisyan,A.G.Barseghyan,Yu.H.Gharibyan, F1482 1 5 A.V.Gyurjinyan,I.A.Kerobyan,H.A.Mkrtchyan, F1482 1 6 A.Yu.Petrosyan) F1482 1 7 INSTITUTE (4ARMJER) F1482 1 8 REFERENCE (J,NIM/B,537,88,2023) F1482 1 9 #doi:10.1016/j.nimb.2023.02.010 F1482 1 10 FACILITY (CYCLO,4ARMJER) Cyclotron C18/18 F1482 1 11 SAMPLE (74-W-180,ENR=0.0013) F1482 1 12 (74-W-182,ENR=0.263) F1482 1 13 (74-W-183,ENR=0.143) F1482 1 14 (74-W-184,ENR=0.3067) F1482 1 15 (74-W-186,ENR=0.286) Multilayers stack was used as a F1482 1 16 target. All tungsten layers were in circle form with F1482 1 17 12 mm diameter. The main target of the stacked-foil F1482 1 18 are high purity tungsten foils (>99.99 % purity, 20 F1482 1 19 mu-m thickness). In addition, the stack includes F1482 1 20 copper foils (99.98 % purity, 20 mu-m thickness) of F1482 1 21 natural composition (63Cu - 69.17 %, 65Cu - 30.83 %) F1482 1 22 and aluminum (99.0 % purity, 15 mu-m thickness) . F1482 1 23 DETECTOR (HPGE) HPGe detector from ORTEC completed by the F1482 1 24 DSPEC-LF Digital Gamma-Ray Spectrometer (analyzer) F1482 1 25 was used. F1482 1 26 METHOD (ACTIV) The assembled target was irradiated by 18 MeV F1482 1 27 proton beam for 10 min with 1 mu-A beam current. F1482 1 28 (STTA,EDEG) The copper and aluminum foils were used F1482 1 29 to monitor the beam intensity and to degrade the beam F1482 1 30 energy. F1482 1 31 MONITOR (29-CU-0(P,X)30-ZN-63,,SIG) F1482 1 32 ADD-RES (COMP) Comparison with the values from theoretical F1482 1 33 calculations performed by TALYS 1.95 and EMPIRE 3.2 F1482 1 34 codes. F1482 1 35 ERR-ANALYS (DATA-ERR) The cross section errors represent the F1482 1 36 root-mean-square sum of inaccuracies in measurements F1482 1 37 of number of events under the photopeak area, atomic F1482 1 38 weight of target, detector efficiency, emitted gamma F1482 1 39 line intensity and others. F1482 1 40 STATUS (APRVD) Entry was approved by Dr. R.V.Avetisyan. F1482 1 41 HISTORY (20231103C) F1482 1 42 ENDBIB 40 0 F1482 1 43 NOCOMMON 0 0 F1482 1 44 ENDSUBENT 43 0 F1482 199999 SUBENT F1482002 20231103 F095F1482 2 1 BIB 3 15 F1482 2 2 REACTION (74-W-0(P,X)ELEM/MASS,,SIG) F1482 2 3 DECAY-DATA (75-RE-181,19.9HR,DG,365.57,0.560, F1482 2 4 DG,639.,0.064, F1482 2 5 DG,661.8,0.03) F1482 2 6 (75-RE-182-G,64.2HR,DG,130.81,0.075, F1482 2 7 DG,169.15,0.114, F1482 2 8 DG,351.07,0.103) F1482 2 9 (75-RE-182-M,14.14HR,DG,470.26,0.0202) F1482 2 10 (75-RE-183,70.D,DG,162.33,0.251) F1482 2 11 (75-RE-184-G,35.4D,DG,792.07,0.377, F1482 2 12 DG,903.28,0.381) F1482 2 13 (75-RE-186-G,3.72D,DG,137.16,0.947) F1482 2 14 The decay characteristics of the reaction products are F1482 2 15 taken from NUDAT 3.0. F1482 2 16 STATUS (TABLE,,R.V.Avetisyan+,J,NIM/B,537,88,2023) Table 3 F1482 2 17 ENDBIB 15 0 F1482 2 18 COMMON 1 3 F1482 2 19 ELEMENT F1482 2 20 NO-DIM F1482 2 21 75. F1482 2 22 ENDCOMMON 3 0 F1482 2 23 DATA 6 57 F1482 2 24 EN EN-ERR MASS ISOMER DATA DATA-ERR F1482 2 25 MEV MEV NO-DIM NO-DIM MB MB F1482 2 26 5.71 0.90 182. 1. 1.07 0.13F1482 2 27 5.71 0.90 182. 0. 0.75 0.09F1482 2 28 5.71 0.90 183. 0.33 0.04F1482 2 29 5.71 0.90 184. 0. 0.58 0.07F1482 2 30 5.71 0.90 186. 0. 0.70 0.08F1482 2 31 7.52 0.90 182. 1. 3.06 0.37F1482 2 32 7.52 0.90 182. 0. 1.55 0.18F1482 2 33 7.52 0.90 183. 2.11 2.24F1482 2 34 7.52 0.90 184. 0. 2.57 0.31F1482 2 35 7.52 0.90 186. 0. 4.01 0.46F1482 2 36 9.08 0.79 182. 1. 11.41 1.38F1482 2 37 9.08 0.79 182. 0. 1.60 0.19F1482 2 38 9.08 0.79 183. 8.67 0.97F1482 2 39 9.08 0.79 184. 0. 17.05 0.26F1482 2 40 9.08 0.79 186. 0. 36.76 4.23F1482 2 41 10.48 0.62 181. 1.22 0.13F1482 2 42 10.48 0.62 182. 1. 30.28 3.39F1482 2 43 10.48 0.62 182. 0. 5.07 0.56F1482 2 44 10.48 0.62 183. 36.27 3.92F1482 2 45 10.48 0.62 184. 0. 27.60 0.41F1482 2 46 10.48 0.62 186. 0. 40.9 4.29F1482 2 47 11.73 0.62 181. 13.30 1.43F1482 2 48 11.73 0.62 182. 1. 79.45 8.90F1482 2 49 11.73 0.62 182. 0. 11.76 1.31F1482 2 50 11.73 0.62 183. 74.04 7.99F1482 2 51 11.73 0.62 184. 0. 21.38 0.32F1482 2 52 11.73 0.62 186. 0. 30.54 3.21F1482 2 53 12.88 0.7 181. 67.26 7.26F1482 2 54 12.88 0.7 182. 1. 108.74 12.18F1482 2 55 12.88 0.7 182. 0. 19.70 2.19F1482 2 56 12.88 0.7 183. 105.00 11.34F1482 2 57 12.88 0.7 184. 0. 13.7 1.44F1482 2 58 12.88 0.7 186. 0. 18.88 1.98F1482 2 59 13.97 0.68 181. 104.90 11.33F1482 2 60 13.97 0.68 182. 1. 98.90 11.08F1482 2 61 13.97 0.68 182. 0. 21.79 2.42F1482 2 62 13.97 0.68 183. 123.00 13.28F1482 2 63 13.97 0.68 184. 0. 9.45 0.99F1482 2 64 13.97 0.68 186. 0. 17.61 1.85F1482 2 65 15.01 0.65 181. 146.70 15.40F1482 2 66 15.01 0.65 182. 1. 82.40 8.40F1482 2 67 15.01 0.65 182. 0. 20.60 2.06F1482 2 68 15.01 0.65 183. 166.83 17.02F1482 2 69 15.01 0.65 184. 0. 9.7 1.02F1482 2 70 15.01 0.65 186. 0. 13.45 1.37F1482 2 71 15.99 0.66 181. 156.45 16.43F1482 2 72 15.99 0.66 182. 1. 67.85 6.92F1482 2 73 15.99 0.66 182. 0. 24.14 2.41F1482 2 74 15.99 0.66 183. 185.93 18.96F1482 2 75 15.99 0.66 184. 0. 8.13 0.85F1482 2 76 15.99 0.66 186. 0. 11.29 1.15F1482 2 77 16.94 0.50 181. 177.76 18.66F1482 2 78 16.94 0.50 182. 1. 92.80 9.46F1482 2 79 16.94 0.50 182. 0. 26.25 2.63F1482 2 80 16.94 0.50 183. 226.90 23.14F1482 2 81 16.94 0.50 184. 0. 41.30 4.21F1482 2 82 16.94 0.50 186. 0. 10.11 1.03F1482 2 83 ENDDATA 59 0 F1482 2 84 ENDSUBENT 83 0 F1482 299999 ENDENTRY 2 0 F148299999999