ENTRY C3038 20250228 C303800000001 SUBENT C3038001 20250228 20250711 C303800100001 BIB 10 29 C303800100002 TITLE Proton- and deuteron-induced cross sections on C303800100003 natural platinum C303800100004 AUTHOR (J.T.Wilkinson,S.J.Tumey,K.J.Moody,T.A.Brown, C303800100005 N.Gharibyan) C303800100006 REFERENCE (J,ARI,217,111618,2025) C303800100007 #doi:10.1016/j.apradiso.2024.111618 C303800100008 INSTITUTE (1USALRL) C303800100009 FACILITY (VDGT,1USALRL) The Lawrence Livermore National C303800100010 Laboratory's Center for Accelerator Mass Spectrometry C303800100011 using the High Voltage Engineering Europa 10 MV C303800100012 modified FN-model tandem accelerator. C303800100013 DETECTOR (HPGE) High purity germanium detectors (HPGe) were C303800100014 employed in the acquisition of spectral data as C303800100015 singles counts. The detectors used varied but had C303800100016 relative efficiencies between 13 and 33% with C303800100017 full-width halfmaximum resolutions of 0.675-0.900 keV C303800100018 and 1.66-1.74 keV at 122 and 1332 keV, respectively. C303800100019 The gamma spectra were collected for each foil over a C303800100020 series of weeks. Spectral analysis was performed C303800100021 using the GAMANAL code. C303800100022 METHOD (ACTIV,STTA) C303800100023 ERR-ANALYS (DATA-ERR) The uncertainties affiliated with each C303800100024 experimentally mined value are 1 sigma and represent C303800100025 a total uncertainty of combined counting statistics, C303800100026 nuclear data, and systematic values. C303800100027 CORRECTION Absorber attenuation correction for a given C303800100028 photopeak. The GAMANAL code also performs a detector C303800100029 background correction based on previous counts, C303800100030 HISTORY (20250228C) BP C303800100031 ENDBIB 29 0 C303800100032 NOCOMMON 0 0 C303800100033 ENDSUBENT 32 0 C303800199999 SUBENT C3038002 20250228 20250711 C303800200001 BIB 4 37 C303800200002 REACTION (78-PT-0(P,X)ELEM/MASS,,SIG) C303800200003 SAMPLE For the proton irradiation, a sequence of C303800200004 Ta-Y-Ta-Pt-Pt-Pt-Ta-Y-Ta foils was used. The tantalum C303800200005 foils were 16.4 mg/cm2 and served to both degrade the C303800200006 incident ion energy and catch recoiled atoms from C303800200007 adjacent foils. The target platinum foils were each C303800200008 53.8 mg/cm2 and the yttrium monitor foils were 2.24 C303800200009 mg/cm2. C303800200010 DECAY-DATA ((1.)79-AU-190-G,42.8MIN,DG,295.8,0.90, C303800200011 DG,301.8,0.30, C303800200012 DG,597.7,0.12) C303800200013 ((2.)79-AU-191-G,3.18HR,DG,586.4,0.15, C303800200014 DG,277.9,0.064, C303800200015 DG,674.2,0.06) C303800200016 ((3.)79-AU-192-G,4.94HR,DG,316.5,0.59, C303800200017 DG,296.0,0.23, C303800200018 DG,2237.3,0.047) C303800200019 ((4.)79-AU-193-G,17.7HR,DG,186.2,0.097, C303800200020 DG,255.6,0.065, C303800200021 DG,268.2,0.038) C303800200022 ((5.)79-AU-194-G,38.0HR,DG,328.5,0.628, C303800200023 DG,293.5,0.109, C303800200024 DG,1468.9,0.068) C303800200025 ((6.)79-AU-195-G,186.0D,DG,98.9,0.1121, C303800200026 DG,29.7,0.0084, C303800200027 DG,30.9,0.0077) C303800200028 ((7.)79-AU-196-G,6.17D,DG,355.7,0.87, C303800200029 DG,333.0,0.229, C303800200030 DG,426.1,0.066) C303800200031 ((8.)79-AU-196-M2,9.6HR,DG,147.8,0.435, C303800200032 DG,188.3,0.30, C303800200033 DG,168.4,0.078) C303800200034 ((9.)79-AU-198-G,2.69D,DG,411.8,0.9562) C303800200035 ((10.)79-AU-198-M,2.27D,DG,214.9,0.77, C303800200036 DG,97.2,0.69, C303800200037 DG,180.3,0.49) C303800200038 STATUS (TABLE,,J.T.Wilkinson+,J,ARI,217,111618,2025) Table 3 C303800200039 ENDBIB 37 0 C303800200040 NOCOMMON 0 0 C303800200041 DATA 10 30 C303800200042 EN EN-RSL ELEMENT MASS ISOMER ISOMER C303800200043 DATA DATA-ERR DATA-MAX DECAY-FLAG C303800200044 MEV MEV NO-DIM NO-DIM NO-DIM NO-DIM C303800200045 MB MB MB NO-DIM C303800200046 10.2 0.5 79.0 190. C303800200047 0.0446 0.0108 1. C303800200048 10.2 0.5 79.0 191. C303800200049 0.0016 2. C303800200050 10.2 0.5 79.0 192. C303800200051 2.02 0.26 3. C303800200052 10.2 0.5 79.0 193. C303800200053 3.45 0.41 4. C303800200054 10.2 0.5 79.0 194. C303800200055 103. 7. 5. C303800200056 10.2 0.5 79.0 195. C303800200057 88.3 7.1 6. C303800200058 10.2 0.5 79.0 196. 0. 1.C303800200059 29.6 0.8 7. C303800200060 10.2 0.5 79.0 196. 2. C303800200061 0.242 0.028 8. C303800200062 10.2 0.5 79.0 198. 0. C303800200063 3.79 0.08 9. C303800200064 10.2 0.5 79.0 198. 1. C303800200065 0.0154 0.003 10. C303800200066 11.1 0.5 79.0 190. C303800200067 0.0483 0.0161 1. C303800200068 11.1 0.5 79.0 191. C303800200069 0.0357 0.0082 2. C303800200070 11.1 0.5 79.0 192. C303800200071 3.03 0.38 3. C303800200072 11.1 0.5 79.0 193. C303800200073 23.2 2.7 4. C303800200074 11.1 0.5 79.0 194. C303800200075 163. 11. 5. C303800200076 11.1 0.5 79.0 195. C303800200077 120. 10. 6. C303800200078 11.1 0.5 79.0 196. 0. 1.C303800200079 27.5 0.7 7. C303800200080 11.1 0.5 79.0 196. 2. C303800200081 0.334 0.041 8. C303800200082 11.1 0.5 79.0 198. 0. C303800200083 3.33 0.07 9. C303800200084 11.1 0.5 79.0 198. 1. C303800200085 0.0263 0.0084 10. C303800200086 12.0 0.4 79.0 190. C303800200087 0.0717 0.0184 1. C303800200088 12.0 0.4 79.0 191. C303800200089 0.48 0.02 2. C303800200090 12.0 0.4 79.0 192. C303800200091 3.4 0.43 3. C303800200092 12.0 0.4 79.0 193. C303800200093 55.9 6.6 4. C303800200094 12.0 0.4 79.0 194. C303800200095 211. 14. 5. C303800200096 12.0 0.4 79.0 195. C303800200097 155. 12. 6. C303800200098 12.0 0.4 79.0 196. 0. 1.C303800200099 21.7 0.6 7. C303800200100 12.0 0.4 79.0 196. 2. C303800200101 0.531 0.061 8. C303800200102 12.0 0.4 79.0 198. 0. C303800200103 2.83 0.06 9. C303800200104 12.0 0.4 79.0 198. 1. C303800200105 0.0294 0.0078 10. C303800200106 ENDDATA 64 0 C303800200107 ENDSUBENT 106 0 C303800299999 SUBENT C3038003 20250228 20250711 C303800300001 BIB 4 51 C303800300002 REACTION (78-PT-0(D,X)ELEM/MASS,,SIG) C303800300003 SAMPLE For the deuteron irradiations, a stack of C303800300004 Ta-Cu-Ta-Pt-Pt-Ta-Cu-Ta-Ta-Pt foils was used. C303800300005 Tantalum foils for this stack were 24.9 mg/cm2 thick C303800300006 except for the last tantalum foil which served as a C303800300007 beam stop at 0.75 mm thick. Platinum foils were 105.6 C303800300008 mg/cm2 and copper foils were 11.2 mg/cm2. The last C303800300009 platinum foil served as a neutron flux monitor to C303800300010 characterize deuteron breakup and secondary neutron C303800300011 production. Platinum foil thicknesses varied for each C303800300012 run due to availability. C303800300013 DECAY-DATA ((1.)77-IR-192-G,73.8D,DG,316.5,0.8286, C303800300014 DG,468.1,0.4784, C303800300015 DG,308.5,0.2970) C303800300016 ((2.)78-PT-191,2.83D,DG,538.9,0.143, C303800300017 DG,409.4,0.079, C303800300018 DG,359.9,0.058) C303800300019 ((3.)78-PT-197-G,19.9HR,DG,77.4,0.17, C303800300020 DG,191.4,0.037, C303800300021 DG,268.8,0.0023) C303800300022 ((4.)78-PT-197-M,95.4MIN,DG,346.5,0.111, C303800300023 DG,279.0,0.024, C303800300024 DG,53.1,0.0109) C303800300025 ((5.)78-PT-199-G,30.8MIN,DG,543.0,0.1174, C303800300026 DG,493.8,0.0447, C303800300027 DG,317.0,0.0388) C303800300028 ((6.)79-AU-192-G,4.94HR,DG,316.5,0.59, C303800300029 DG,296.0,0.23, C303800300030 DG,2237.3,0.047) C303800300031 ((7.)79-AU-193-G,17.7HR,DG,186.2,0.097, C303800300032 DG,255.6,0.065, C303800300033 DG,268.2,0.038) C303800300034 ((8.)79-AU-194-G,38.0HR,DG,328.5,0.628, C303800300035 DG,293.5,0.109, C303800300036 DG,1468.9,0.068) C303800300037 ((9.)79-AU-195-G,186.0D,DG,98.9,0.1121, C303800300038 DG,29.7,0.0084, C303800300039 DG,30.9,0.0077) C303800300040 ((10.)79-AU-196-G,6.17D,DG,355.7,0.87, C303800300041 DG,333.0,0.229, C303800300042 DG,426.1,0.066) C303800300043 ((11.)79-AU-196-M2,9.6HR,DG,147.8,0.435, C303800300044 DG,188.3,0.30, C303800300045 DG,168.4,0.078) C303800300046 ((12.)79-AU-198-G,2.69D,DG,411.8,0.9562) C303800300047 ((13.)79-AU-198-M,2.27D,DG,214.9,0.77, C303800300048 DG,97.2,0.69, C303800300049 DG,180.3,0.49) C303800300050 ((14.)79-AU-199,3.14D,DG,158.4,0.40, C303800300051 DG,208.2,0.0872) C303800300052 STATUS (TABLE,,J.T.Wilkinson+,J,ARI,217,111618,2025) Table 5 C303800300053 ENDBIB 51 0 C303800300054 NOCOMMON 0 0 C303800300055 DATA 9 28 C303800300056 EN EN-RSL ELEMENT MASS ISOMER ISOMER C303800300057 DATA DATA-ERR DECAY-FLAG C303800300058 MEV MEV NO-DIM NO-DIM NO-DIM NO-DIM C303800300059 MB MB NO-DIM C303800300060 11.7 0.9 77.0 192.0 0. 1.C303800300061 0.15 0.06 1. C303800300062 11.7 0.9 78.0 191.0 C303800300063 0.0403 0.0223 2. C303800300064 11.7 0.9 78.0 197.0 0.0 C303800300065 63. 8.6 3. C303800300066 11.7 0.9 78.0 197.0 1.0 C303800300067 12.4 1.5 4. C303800300068 11.7 0.9 78.0 199.0 C303800300069 11.6 1.3 5. C303800300070 11.7 0.9 79.0 192.0 C303800300071 2.8 0.44 6. C303800300072 11.7 0.9 79.0 193.0 C303800300073 3.31 0.7 7. C303800300074 11.7 0.9 79.0 194.0 C303800300075 80.7 5.9 8. C303800300076 11.7 0.9 79.0 195.0 C303800300077 207. 16. 9. C303800300078 11.7 0.9 79.0 196.0 0.0 C303800300079 65.7 4.5 10. C303800300080 11.7 0.9 79.0 196.0 2.0 C303800300081 1.39 0.23 11. C303800300082 11.7 0.9 79.0 198.0 0.0 C303800300083 17.7 1.1 12. C303800300084 11.7 0.9 79.0 198.0 1.0 C303800300085 0.18 0.05 13. C303800300086 11.7 0.9 79.0 199.0 C303800300087 18.1 1.2 14. C303800300088 13.3 0.8 77.0 192.0 0. 1.C303800300089 0.59 0.08 1. C303800300090 13.3 0.8 78.0 191.0 C303800300091 0.145 0.052 2. C303800300092 13.3 0.8 78.0 197.0 0.0 C303800300093 82.6 10.9 3. C303800300094 13.3 0.8 78.0 197.0 1.0 C303800300095 17.7 2.1 4. C303800300096 13.3 0.8 78.0 199.0 C303800300097 14.6 1.6 5. C303800300098 13.3 0.8 79.0 192.0 C303800300099 5.61 0.87 6. C303800300100 13.3 0.8 79.0 193.0 C303800300101 6.54 1.54 7. C303800300102 13.3 0.8 79.0 194.0 C303800300103 225. 17. 8. C303800300104 13.3 0.8 79.0 195.0 C303800300105 257. 58. 9. C303800300106 13.3 0.8 79.0 196.0 0.0 C303800300107 147. 10. 10. C303800300108 13.3 0.8 79.0 196.0 2.0 C303800300109 5.89 0.6 11. C303800300110 13.3 0.8 79.0 198.0 0.0 C303800300111 32.4 2.1 12. C303800300112 13.3 0.8 79.0 198.0 1.0 C303800300113 1.15 0.27 13. C303800300114 13.3 0.8 79.0 199.0 C303800300115 21.3 1.3 14. C303800300116 ENDDATA 60 0 C303800300117 ENDSUBENT 116 0 C303800399999 ENDENTRY 3 0 C303899999999