ENTRY A0822 20160313 A084A082200000001 SUBENT A0822001 20160313 A084A082200100001 BIB 10 20 A082200100002 TITLE Spallation and fission products in the (p+Hf-179) and A082200100003 (p+Hf-nat) reactions A082200100004 AUTHOR (S.A.Karamian, C.A.Ur, J.Adam,V.G.Kalinnikov, A082200100005 N.A.Lebedev, G.K.Vostokin, C.B.Collins, I.I.Popescu) A082200100006 INSTITUTE (4ZZZDUB) A082200100007 (3RUMBUC) A082200100008 (3RUMRUM) Induced Gamma Emission Foundation, Bucharest A082200100009 (3CZRUJF) A082200100010 (1USATEX) A082200100011 REFERENCE (J,NIM/A,600,488,2009) A082200100012 ADD-RES (COMP) The LANET code simulations. A082200100013 DETECTOR (HPGE) 20% a coaxial high-purity detector and a planar A082200100014 X-ray spectrometer. A082200100015 FACILITY (SYNCY,4ZZZDUB) The Dubna phasotron synchrocyclotron A082200100016 METHOD (INTB) A082200100017 (GSPEC) A082200100018 (CHSEP) A082200100019 MONITOR (13-AL-27(P,X)11-NA-22,,SIG) A082200100020 HISTORY (20090225C) SB A082200100021 (20160313A) SD: DECAY-DATA corrected in Subents 002,004A082200100022 ENDBIB 20 0 A082200100023 NOCOMMON 0 0 A082200100024 ENDSUBENT 23 0 A082200199999 SUBENT A0822002 20160313 A084A082200200001 BIB 7 37 A082200200002 REACTION (72-HF-0(P,X)ELEM/MASS,IND,SIG) A082200200003 SAMPLE The Hf-nat target in metallic form was used. A082200200004 Abundance in the Hf-nat material in % is A082200200005 Hf-174 0.16%, Hf-176 5.26%, Hf-177 18.60%, A082200200006 Hf-178 27.28%, Hf-179 13.62%, Hf-180 35.08%. A082200200007 DECAY-DATA ((1.)72-HF-179-M2,25.1D,DG,453.7,,DG,362.3) A082200200008 ((2.)72-HF-178-M2,31.YR,DG,574.2,,DG,495.) A082200200009 ((3.)71-LU-177-M1,160.4D,DG,413.7,,DG,418.5) A082200200010 ((4.)71-LU-174-G,3.31YR,DG,1241.8) A082200200011 ((5.)71-LU-174-M,142.D,DG,992.1) A082200200012 ((6.)71-LU-172-G,6.7D,DG,1093.6,,DG,900.7) A082200200013 ((7.)69-TM-168,93.1D,DG,447.5,,DG,720.3) A082200200014 ((8.)65-TB-160,72.3D,DG,1177.9) A082200200015 ((9.)65-TB-156,5.35D,DG,534.3) A082200200016 ((10.)63-EU-148,54.5D,DG,550.3) A082200200017 ((11.)47-AG-110-M,249.9D,DG,884.7) A082200200018 ((12.)47-AG-106-M,8.3D,DG,1045.8) A082200200019 ((13.)45-RH-102-G,207.D,DG,475.1) A082200200020 ((14.)43-TC-95-M,60.D,DG,582.1) A082200200021 ((15.)41-NB-95-G,34.95D,DG,765.7) A082200200022 ((16.)41-NB-91-M,60.9D,DG,1204.8) A082200200023 ((17.)39-Y-88,106.6D,DG,898.1,,DG,1836.0) A082200200024 ((18.)37-RB-84-G,32.8D,DG,881.6) A082200200025 ((19.)33-AS-74,17.77D,DG,595.8) A082200200026 ((20.)27-CO-60-G,5.27YR,DG,1332.5) A082200200027 ((21.)25-MN-54,312.2D,DG,835.9) A082200200028 ((22.)4-BE-7,53.3D,DG,477.8) A082200200029 COMMENT *By authors*.The measured yield distributions have A082200200030 clearly evidenced a contamination of the Hf-nat samplesA082200200031 with Zr at the level of about 3%. A082200200032 STATUS (TABLE) Table 2 from NIM/A,600,488 A082200200033 ERR-ANALYS (ERR-S) The errors reported in the tables are only A082200200034 statistical. Systematic errors due to the absolute A082200200035 calibration of the cross sections and the incomplete A082200200036 accumulation of the yield in isobaric decay chains are A082200200037 not included. A082200200038 HISTORY (20160313A) SD: Rh-102m -> Rh-102g in DECAY-DATA. A082200200039 ENDBIB 37 0 A082200200040 COMMON 1 3 A082200200041 EN A082200200042 MEV A082200200043 235. A082200200044 ENDCOMMON 3 0 A082200200045 DATA 6 22 A082200200046 ELEMENT MASS ISOMER DATA ERR-S DECAY-FLAG A082200200047 NO-DIM NO-DIM NO-DIM MB MB NO-DIM A082200200048 72. 179. 1. 0.33 0.06 1.A082200200049 72. 178. 1. 0.15 0.03 2.A082200200050 71. 177. 1. 0.49 0.06 3.A082200200051 71. 174. 0. 13.2 1.5 4.A082200200052 71. 174. 1. 7.4 1.5 5.A082200200053 71. 172. 0. 24. 3. 6.A082200200054 69. 168. 1.5 0.2 7.A082200200055 65. 160. 0.015 0.003 8.A082200200056 65. 156. 0. 3.4 0.2 9.A082200200057 63. 148. 0.030 0.006 10.A082200200058 47. 110. 1. 0.025 0.008 11.A082200200059 47. 106. 1. 0.058 0.015 12.A082200200060 45. 102. 0. 0.024 0.009 13.A082200200061 43. 95. 1. 0.035 0.010 14.A082200200062 41. 95. 0. 0.058 0.004 15.A082200200063 41. 91. 1. 0.21 0.04 16.A082200200064 39. 88. 0.53 0.06 17.A082200200065 37. 84. 0. 0.16 0.02 18.A082200200066 33. 74. 0.14 0.03 19.A082200200067 27. 60. 0. 0.016 0.005 20.A082200200068 25. 54. 0.048 0.011 21.A082200200069 4. 7. 0.058 0.009 22.A082200200070 ENDDATA 24 0 A082200200071 ENDSUBENT 70 0 A082200299999 SUBENT A0822003 20090302 A065A082200300001 BIB 6 40 A082200300002 REACTION (72-HF-0(P,X)ELEM/MASS,CUM,SIG) A082200300003 SAMPLE The Hf-nat target in metallc form was used. A082200300004 Abundance in the Hf-nat material in % is A082200300005 Hf-174 0.16%, Hf-176 5.26%, Hf-177 18.60%, A082200300006 Hf-178 27.28%, Hf-179 13.62%, Hf-180 35.08%. A082200300007 DECAY-DATA ((1.)72-HF-175,70.0D,DG,343.4,,DG,432.8) A082200300008 ((2.)72-HF-172,1.87YR,DG,1093.6,,DG,900.7) A082200300009 ((3.)71-LU-173,1.37YR,DG,272.0) A082200300010 ((4.)71-LU-171-G,8.22D,DG,739.8,,DG,667.4) A082200300011 ((5.)70-YB-169-G,32.D,DG,307.7) A082200300012 ((6.)70-YB-166,2.36D,DG,2052.4) A082200300013 ((7.)69-TM-167,9.25D,DG,207.8) A082200300014 ((8.)65-TB-155,5.32D,DG,367.4) A082200300015 ((9.)64-GD-149,9.3D,DG,748.2) A082200300016 ((10.)64-GD-146,48.3D,DG,633.7) Eu-146 4.5 day A082200300017 ((11.)63-EU-156,15.2D,DG,2097.7) A082200300018 ((12.)63-EU-149,93.D,DG,277.0) A082200300019 ((13.)47-AG-105-G,41.3D,DG,443.4,,DG,644.5) A082200300020 ((14.)44-RU-103,39.4D,DG,497.1) A082200300021 ((15.)40-ZR-95,64.0D,DG,756.7,,DG,724.2) A082200300022 ((16.)40-ZR-88,83.4D,DG,392.9) A082200300023 ((17.)38-SR-85-G,64.8D,DG,514.0) A082200300024 ((18.)38-SR-82,25.3D,DG,776.5) A082200300025 ((19.)37-RB-83,86.2D,DG,520.4) A082200300026 ((20.)34-SE-75,119.8D,DG,264.6) A082200300027 ((21.)34-SE-72,8.5D,DG,834.0) A082200300028 ((22.)30-ZN-65,244.3D,DG,1115.5) A082200300029 ((23.)27-CO-56,78.8D,DG,2598.6) A082200300030 ((24.)26-FE-59,44.5D,DG,1291.6,,DG,1099.5) A082200300031 ((25.)23-V-48,16.D,DG,1312.1) A082200300032 ((26.)11-NA-22,2.6YR,DG,1274.5) A082200300033 COMMENT *By authors*.The measured yield distributions have A082200300034 clearly evidenced a contamination of the Hf-nat samplesA082200300035 with Zr at the level of about 3%. A082200300036 STATUS (TABLE) Table 2 A082200300037 ERR-ANALYS (ERR-S).The errors reported in the tables are only A082200300038 statistical. Systematic errors due to the absolute A082200300039 calibration of the cross sections and the incomplete A082200300040 accumulation of the yield in isobaric decay chains are A082200300041 not included. A082200300042 ENDBIB 40 0 A082200300043 COMMON 1 3 A082200300044 EN A082200300045 MEV A082200300046 235. A082200300047 ENDCOMMON 3 0 A082200300048 DATA 6 26 A082200300049 ELEMENT MASS ISOMER DATA ERR-S DECAY-FLAG A082200300050 NO-DIM NO-DIM NO-DIM MB MB NO-DIM A082200300051 72. 175. 80. 3. 1.A082200300052 72. 172. 69. 3. 2.A082200300053 71. 173. 115. 7. 3.A082200300054 71. 171. 0. 124. 8. 4.A082200300055 70. 169. 0. 98. 7. 5.A082200300056 70. 166. 90. 15. 6.A082200300057 69. 167. 101. 7. 7.A082200300058 65. 155. 20. 8. 8.A082200300059 64. 149. 1.00 0.07 9.A082200300060 64. 146. 0.150 0.005 10.A082200300061 63. 156. 0.20 0.05 11.A082200300062 63. 149. 1.05 0.07 12.A082200300063 47. 105. 0. 0.17 0.01 13.A082200300064 44. 103. 0.026 0.012 14.A082200300065 40. 95. 0.048 0.003 15.A082200300066 40. 88. 1.16 0.12 16.A082200300067 38. 85. 0. 1.14 0.12 17.A082200300068 38. 82. 0.44 0.06 18.A082200300069 37. 83. 0.95 0.07 19.A082200300070 34. 75. 0.16 0.03 20.A082200300071 34. 72. 0.12 0.02 21.A082200300072 30. 65. 0.04 0.01 22.A082200300073 27. 56. 0.006 0.001 23.A082200300074 26. 59. 0.028 0.006 24.A082200300075 23. 48. 0.035 0.007 25.A082200300076 11. 22. 0.023 0.004 26.A082200300077 ENDDATA 28 0 A082200300078 ENDSUBENT 77 0 A082200399999 SUBENT A0822004 20160313 A084A082200400001 BIB 6 37 A082200400002 REACTION (72-HF-179(P,X)ELEM/MASS,IND,SIG) A082200400003 SAMPLE The Hf-179 target in form of HfO2 oxide was used. A082200400004 Abundance in the Hf-179 material in % is A082200400005 Hf-174 0.01%, Hf-176 0.11%, Hf-177 0.47%, A082200400006 Hf-178 1.20%, Hf-179 90.7+-0.3%, Hf-180 7.52%. A082200400007 Four multiple folded sandwiches of Hf179O2 layers on AlA082200400008 foils were prepared. Each sandwich-type target A082200400009 contained about 70 mg of enriched Hf-179. The targets A082200400010 had a surface of 10 mm*15 mm. A082200400011 DECAY-DATA ((1.)72-HF-179-M2,25.1D,DG,453.7,,DG,362.3) A082200400012 ((2.)72-HF-178-M2,31.YR,DG,574.2,,DG,495.) A082200400013 ((3.)71-LU-177-G,6.65D,DG,249.7) A082200400014 ((4.)71-LU-177-M1,160.4D,DG,413.7,,DG,418.5) A082200400015 ((5.)71-LU-174-G,3.31YR,DG,1241.8) A082200400016 ((6.)71-LU-174-M,142.D,DG,992.1) A082200400017 ((7.)71-LU-172-G,6.7D,DG,1093.6,,DG,900.7) A082200400018 ((8.)69-TM-168,93.1D,DG,447.5,,DG,720.3) A082200400019 ((9.)65-TB-160,72.3D,DG,1177.9) A082200400020 ((10.)65-TB-156,5.35D,DG,534.3) A082200400021 ((11.)47-AG-110-M,249.9D,DG,884.7) A082200400022 ((12.)47-AG-106-M,8.3D,DG,1045.8) A082200400023 ((13.)45-RH-102-G,207.D,DG,475.1) A082200400024 ((14.)43-TC-95-M,60.D,DG,582.1) A082200400025 ((15.)41-NB-95-G,34.95D,DG,765.7) A082200400026 ((16.)41-NB-91-M,60.9D,DG,1204.8) A082200400027 ((17.)39-Y-88,106.6D,DG,898.1,,DG,1836.0) A082200400028 ((18.)37-RB-84-G,32.8D,DG,881.6) A082200400029 ((19.)33-AS-74,17.77D,DG,595.8) A082200400030 ((20.)25-MN-54,312.2D,DG,835.9) A082200400031 STATUS (TABLE) Table 2-3 from NIM/A,600,488 A082200400032 ERR-ANALYS (ERR-S) The errors reported in the tables are only A082200400033 statistical. Systematic errors due to the absolute A082200400034 calibration of the cross sections and the incomplete A082200400035 accumulation of the yield in isobaric decay chains are A082200400036 not included. A082200400037 HISTORY (20160313A) SD: Rh-102m -> Rh-102g in DECAY-DATA; A082200400038 value in ISOMER col. for Rh-102 was corrected. A082200400039 ENDBIB 37 0 A082200400040 NOCOMMON 0 0 A082200400041 DATA 7 76 A082200400042 EN ELEMENT MASS ISOMER DATA ERR-S A082200400043 DECAY-FLAG A082200400044 MEV NO-DIM NO-DIM NO-DIM MB MB A082200400045 NO-DIM A082200400046 242. 72. 179. 1. 0.44 0.03A082200400047 1. A082200400048 242. 72. 178. 1. 0.39 0.06A082200400049 2. A082200400050 242. 71. 177. 0. 25. 4.A082200400051 3. A082200400052 242. 71. 177. 1. 0.90 0.09A082200400053 4. A082200400054 242. 71. 174. 0. 13.0 0.6A082200400055 5. A082200400056 242. 71. 174. 1. 9.9 1.5A082200400057 6. A082200400058 242. 71. 172. 0. 27.9 0.6A082200400059 7. A082200400060 242. 69. 168. 2.3 0.3A082200400061 8. A082200400062 242. 65. 160. 0.024 0.006A082200400063 9. A082200400064 242. 65. 156. 0. 0.20 0.05A082200400065 10. A082200400066 242. 47. 110. 1. 0.007 0.001A082200400067 11. A082200400068 242. 47. 106. 1. 0.041 0.015A082200400069 12. A082200400070 242. 45. 102. 0. 0.010 0.003A082200400071 13. A082200400072 242. 43. 95. 1. 0.021 0.010A082200400073 14. A082200400074 242. 41. 95. 0. 0.081 0.009A082200400075 15. A082200400076 242. 41. 91. 1. 0.12 0.03A082200400077 16. A082200400078 242. 39. 88. 0.051 0.006A082200400079 17. A082200400080 242. 37. 84. 0. 0.075 0.015A082200400081 18. A082200400082 242. 33. 74. 0.039 0.006A082200400083 19. A082200400084 242. 25. 54. 0.017 0.005A082200400085 20. A082200400086 139. 72. 179. 1. 0.50 0.04A082200400087 1. A082200400088 139. 72. 178. 1. 0.44 0.09A082200400089 2. A082200400090 139. 71. 177. 0. 16. 3.A082200400091 3. A082200400092 139. 71. 177. 1. 0.75 0.08A082200400093 4. A082200400094 139. 71. 174. 0. 10.9 0.6A082200400095 5. A082200400096 139. 71. 174. 1. 8.5 1.5A082200400097 6. A082200400098 139. 71. 172. 0. 22.1 0.6A082200400099 7. A082200400100 139. 69. 168. 0.88 0.11A082200400101 8. A082200400102 139. 65. 160. 0.019 0.006A082200400103 9. A082200400104 139. 65. 156. 0. 0.09 0.03A082200400105 10. A082200400106 139. 47. 110. 1. 0.012 0.004A082200400107 11. A082200400108 139. 47. 106. 1. 0.060 0.015A082200400109 12. A082200400110 139. 43. 95. 1. 0.045 0.009A082200400111 14. A082200400112 139. 41. 95. 0. 0.058 0.006A082200400113 15. A082200400114 139. 41. 91. 1. 0.09 0.03A082200400115 16. A082200400116 139. 39. 88. 0.036 0.012A082200400117 17. A082200400118 139. 37. 84. 0. 0.036 0.007A082200400119 18. A082200400120 139. 33. 74. 0.028 0.006A082200400121 19. A082200400122 112. 72. 179. 1. 0.56 0.04A082200400123 1. A082200400124 112. 72. 178. 1. 0.62 0.10A082200400125 2. A082200400126 112. 71. 177. 0. 12.5 2.5A082200400127 3. A082200400128 112. 71. 177. 1. 0.73 0.10A082200400129 4. A082200400130 112. 71. 174. 0. 11.6 0.6A082200400131 5. A082200400132 112. 71. 174. 1. 7.8 1.6A082200400133 6. A082200400134 112. 71. 172. 0. 17.6 0.6A082200400135 7. A082200400136 112. 69. 168. 0.60 0.10A082200400137 8. A082200400138 112. 65. 160. 0.023 0.006A082200400139 9. A082200400140 112. 65. 156. 0. 0.05 0.01A082200400141 10. A082200400142 112. 47. 110. 1. 0.007 0.002A082200400143 11. A082200400144 112. 47. 106. 1. 0.038 0.013A082200400145 12. A082200400146 112. 45. 102. 1. 0.030 0.005A082200400147 13. A082200400148 112. 43. 95. 1. 0.028 0.005A082200400149 14. A082200400150 112. 41. 95. 0. 0.041 0.007A082200400151 15. A082200400152 112. 41. 91. 1. 0.125 0.025A082200400153 16. A082200400154 112. 39. 88. 0.016 0.005A082200400155 17. A082200400156 112. 37. 84. 0. 0.018 0.004A082200400157 18. A082200400158 112. 33. 74. 0.029 0.006A082200400159 19. A082200400160 112. 25. 54. 0.016 0.005A082200400161 20. A082200400162 90. 72. 179. 1. 0.79 0.04A082200400163 1. A082200400164 90. 72. 178. 1. 0.68 0.06A082200400165 2. A082200400166 90. 71. 177. 0. 18. 4.A082200400167 3. A082200400168 90. 71. 177. 1. 0.67 0.08A082200400169 4. A082200400170 90. 71. 174. 0. 9.6 0.6A082200400171 5. A082200400172 90. 71. 174. 1. 7.1 1.8A082200400173 6. A082200400174 90. 71. 172. 0. 12.7 0.4A082200400175 7. A082200400176 90. 69. 168. 0.31 0.05A082200400177 8. A082200400178 90. 47. 110. 1. 0.018 0.004A082200400179 11. A082200400180 90. 47. 106. 1. 0.027 0.011A082200400181 12. A082200400182 90. 45. 102. 1. 0.021 0.005A082200400183 13. A082200400184 90. 43. 95. 1. 0.013 0.003A082200400185 14. A082200400186 90. 41. 95. 0. 0.044 0.008A082200400187 15. A082200400188 90. 41. 91. 1. 0.11 0.03A082200400189 16. A082200400190 90. 39. 88. 0.025 0.008A082200400191 17. A082200400192 90. 37. 84. 0. 0.08 0.02A082200400193 18. A082200400194 90. 33. 74. 0.028 0.009A082200400195 19. A082200400196 90. 25. 54. 0.011 0.004A082200400197 20. A082200400198 ENDDATA 156 0 A082200400199 ENDSUBENT 198 0 A082200499999 SUBENT A0822005 20090302 A065A082200500001 BIB 5 37 A082200500002 REACTION (72-HF-179(P,X)ELEM/MASS,CUM,SIG) A082200500003 SAMPLE The Hf-179 target in form of HfO2 oxide was used. A082200500004 Abundance in the Hf-179 material in % is A082200500005 Hf-174 0.01%, Hf-176 0.11%, Hf-177 0.47%, A082200500006 Hf-178 1.20%, Hf-179 90.7+-0.3%, Hf-180 7.52%. A082200500007 Four multiple folded sandwiches of Hf179O2 layers on AlA082200500008 foils were prepared. Each sandwich-type target A082200500009 contained about 70 mg of enriched Hf-179. The targets A082200500010 had a surface of 10 mm*15 mm. A082200500011 DECAY-DATA ((1.)72-HF-175,70.0D,DG,343.4,,DG,432.8) A082200500012 ((2.)72-HF-172,1.87YR,DG,1093.6,,DG,900.7) A082200500013 ((3.)71-LU-173,1.37YR,DG,272.0) A082200500014 ((4.)71-LU-171-G,8.22D,DG,739.8,,DG,667.4) A082200500015 ((5.)71-LU-170-G,2.D,DG,985.1) A082200500016 ((6.)70-YB-169-G,32.D,DG,307.7) A082200500017 ((7.)70-YB-166,2.36D,DG,2052.4) A082200500018 ((8.)69-TM-167,9.25D,DG,207.8) A082200500019 ((9.)65-TB-155,5.32D,DG,367.4) A082200500020 ((10.)64-GD-149,9.3D,DG,748.2) A082200500021 ((11.)64-GD-146,48.3D,DG,633.7) Eu-146 4.5 day A082200500022 ((12.)47-AG-105-G,41.3D,DG,443.4,,DG,644.5) A082200500023 ((13.)44-RU-103,39.4D,DG,497.1) A082200500024 ((14.)40-ZR-95,64.0D,DG,756.7,,DG,724.2) A082200500025 ((15.)40-ZR-88,83.4D,DG,392.9) A082200500026 ((16.)39-Y-87-G,3.35D,DG,388.4) A082200500027 ((17.)38-SR-85,64.8D,DG,514.0) A082200500028 ((18.)38-SR-82,25.3D,DG,776.5) A082200500029 ((19.)37-RB-83,86.2D,DG,520.4) A082200500030 ((20.)34-SE-72,8.5D,DG,834.0) A082200500031 ((21.)30-ZN-65,244.3D,DG,1115.5) A082200500032 ((22.)26-FE-59,44.5D,DG,1291.6,,DG,1099.5) A082200500033 STATUS (TABLE) Table 2-3 A082200500034 ERR-ANALYS (ERR-S).The errors reported in the tables are only A082200500035 statistical. Systematic errors due to the absolute A082200500036 calibration of the cross sections and the incomplete A082200500037 accumulation of the yield in isobaric decay chains are A082200500038 not included. A082200500039 ENDBIB 37 0 A082200500040 NOCOMMON 0 0 A082200500041 DATA 7 77 A082200500042 EN ELEMENT MASS ISOMER DATA ERR-S A082200500043 DECAY-FLAG A082200500044 MEV NO-DIM NO-DIM NO-DIM MB MB A082200500045 NO-DIM A082200500046 242. 72. 175. 76. 3.A082200500047 1. A082200500048 242. 72. 172. 75. 3.A082200500049 2. A082200500050 242. 71. 173. 111. 4.A082200500051 3. A082200500052 242. 71. 171. 0. 122. 5.A082200500053 4. A082200500054 242. 71. 170. 0. 128. 13.A082200500055 5. A082200500056 242. 70. 169. 0. 91. 3.A082200500057 6. A082200500058 242. 70. 166. 48. 6.A082200500059 7. A082200500060 242. 69. 167. 88. 5.A082200500061 8. A082200500062 242. 65. 155. 3.0 0.6A082200500063 9. A082200500064 242. 64. 149. 0.09 0.03A082200500065 10. A082200500066 242. 64. 146. 0.021 0.005A082200500067 11. A082200500068 242. 47. 105. 0. 0.108 0.031A082200500069 12. A082200500070 242. 44. 103. 0.014 0.004A082200500071 13. A082200500072 242. 40. 95. 0.011 0.003A082200500073 14. A082200500074 242. 40. 88. 0.073 0.010A082200500075 15. A082200500076 242. 39. 87. 0. 0.20 0.03A082200500077 16. A082200500078 242. 38. 82. 0.056 0.006A082200500079 18. A082200500080 242. 37. 83. 0.071 0.010A082200500081 19. A082200500082 242. 34. 72. 0.10 0.1A082200500083 20. A082200500084 242. 30. 65. 0.026 0.004A082200500085 21. A082200500086 242. 26. 59. 0.051 0.009A082200500087 22. A082200500088 139. 72. 175. 98. 3.A082200500089 1. A082200500090 139. 72. 172. 100. 4.A082200500091 2. A082200500092 139. 71. 173. 133. 4.A082200500093 3. A082200500094 139. 71. 171. 0. 147. 5.A082200500095 4. A082200500096 139. 71. 170. 0. 151. 25.A082200500097 5. A082200500098 139. 70. 169. 0. 90. 4.A082200500099 6. A082200500100 139. 70. 166. 30. 8.A082200500101 7. A082200500102 139. 69. 167. 60. 3.A082200500103 8. A082200500104 139. 65. 155. 0.36 0.06A082200500105 9. A082200500106 139. 47. 105. 0. 0.28 0.08A082200500107 12. A082200500108 139. 44. 103. 0.013 0.004A082200500109 13. A082200500110 139. 40. 95. 0.007 0.002A082200500111 14. A082200500112 139. 40. 88. 0.076 0.014A082200500113 15. A082200500114 139. 39. 87. 0. 0.014 0.003A082200500115 16. A082200500116 139. 38. 82. 0.088 0.019A082200500117 18. A082200500118 139. 37. 83. 0.049 0.010A082200500119 19. A082200500120 139. 34. 72. 0.060 0.010A082200500121 20. A082200500122 139. 30. 65. 0.044 0.010A082200500123 21. A082200500124 139. 26. 59. 0.036 0.006A082200500125 22. A082200500126 112. 72. 175. 111. 4.A082200500127 1. A082200500128 112. 72. 172. 115. 4.A082200500129 2. A082200500130 112. 71. 173. 150. 4.A082200500131 3. A082200500132 112. 71. 171. 0. 157. 8.A082200500133 4. A082200500134 112. 71. 170. 0. 178. 31.A082200500135 5. A082200500136 112. 70. 169. 0. 84. 5.A082200500137 6. A082200500138 112. 70. 166. 16.3 2.5A082200500139 7. A082200500140 112. 69. 167. 26.3 1.5A082200500141 8. A082200500142 112. 47. 105. 0. 0.16 0.05A082200500143 12. A082200500144 112. 44. 103. 0.011 0.003A082200500145 13. A082200500146 112. 40. 95. 0.009 0.003A082200500147 14. A082200500148 112. 40. 88. 0.095 0.015A082200500149 15. A082200500150 112. 39. 87. 0. 0.125 0.038A082200500151 16. A082200500152 112. 38. 85. 0.021 0.005A082200500153 17. A082200500154 112. 38. 82. 0.11 0.02A082200500155 18. A082200500156 112. 37. 83. 0.053 0.008A082200500157 19. A082200500158 112. 34. 72. 0.061 0.013A082200500159 20. A082200500160 112. 30. 65. 0.023 0.006A082200500161 21. A082200500162 112. 26. 59. 0.026 0.004A082200500163 22. A082200500164 90. 72. 175. 153. 5.A082200500165 1. A082200500166 90. 72. 172. 165. 5.A082200500167 2. A082200500168 90. 71. 173. 200. 5.A082200500169 3. A082200500170 90. 71. 171. 0. 210. 7.A082200500171 4. A082200500172 90. 71. 170. 0. 212. 30.A082200500173 5. A082200500174 90. 70. 169. 0. 35. 2.A082200500175 6. A082200500176 90. 70. 166. 2.0 0.3A082200500177 7. A082200500178 90. 69. 167. 13. 1.A082200500179 8. A082200500180 90. 47. 105. 0. 0.08 0.02A082200500181 12. A082200500182 90. 44. 103. 0.016 0.002A082200500183 13. A082200500184 90. 40. 95. 0.012 0.002A082200500185 14. A082200500186 90. 40. 88. 0.134 0.015A082200500187 15. A082200500188 90. 39. 87. 0. 0.17 0.03A082200500189 16. A082200500190 90. 38. 82. 0.104 0.025A082200500191 18. A082200500192 90. 37. 83. 0.039 0.012A082200500193 19. A082200500194 90. 34. 72. 0.09 0.02A082200500195 20. A082200500196 90. 30. 65. 0.021 0.004A082200500197 21. A082200500198 90. 26. 59. 0.032 0.003A082200500199 22. A082200500200 ENDDATA 158 0 A082200500201 ENDSUBENT 200 0 A082200599999 SUBENT A0822006 20090302 A065A082200600001 BIB 5 13 A082200600002 REACTION (72-HF-0(P,X)ELEM/MASS,IND,SIG) A082200600003 SAMPLE The Hf-nat target in metallc form was used. A082200600004 Abundance in the Hf-nat material in % is A082200600005 Hf-174 0.16%, Hf-176 5.26%, Hf-177 18.60%, A082200600006 Hf-178 27.28%, Hf-179 13.62%, Hf-180 35.08%. A082200600007 DECAY-DATA ((1.)72-HF-179-M2,25.1D,DG,453.7,,DG,362.3) A082200600008 ((2.)72-HF-178-M2,31.YR,DG,574.2,,DG,495.) A082200600009 ((3.)71-LU-177-M,160.4D,DG,413.7,,DG,418.5) A082200600010 ((4.)71-LU-174-M,142.D,DG,992.1) A082200600011 COMMENT *By authors*.The measured yield distributions have A082200600012 clearly evidenced a contamination of the Hf-nat samplesA082200600013 with Zr at the level of about 3%. A082200600014 STATUS (TABLE) Table 4 A082200600015 ENDBIB 13 0 A082200600016 NOCOMMON 0 0 A082200600017 DATA 6 8 A082200600018 EN ELEMENT MASS ISOMER DATA DECAY-FLAG A082200600019 MEV NO-DIM NO-DIM NO-DIM MB NO-DIM A082200600020 100. 72. 179. 1. 0.49 1.A082200600021 100. 72. 178. 1. 0.22 2.A082200600022 100. 71. 177. 1. 0.78 3.A082200600023 100. 71. 174. 1. 3.6 4.A082200600024 400. 72. 179. 1. 0.31 1.A082200600025 400. 72. 178. 1. 0.13 2.A082200600026 400. 71. 177. 1. 0.54 3.A082200600027 400. 71. 174. 1. 6.8 4.A082200600028 ENDDATA 10 0 A082200600029 ENDSUBENT 28 0 A082200699999 SUBENT A0822007 20090302 A065A082200700001 BIB 2 3 A082200700002 REACTION (72-HF-179(P,X)71-LU-174-M/G,,SIG/RAT) A082200700003 STATUS (TABLE) Table 4 A082200700004 (DEP,A0822004) A082200700005 ENDBIB 3 0 A082200700006 NOCOMMON 0 0 A082200700007 DATA 2 2 A082200700008 EN DATA A082200700009 MEV NO-DIM A082200700010 90. 0.74 A082200700011 242. 0.76 A082200700012 ENDDATA 4 0 A082200700013 ENDSUBENT 12 0 A082200799999 SUBENT A0822008 20090302 A065A082200800001 BIB 2 3 A082200800002 REACTION (72-HF-179(P,X)71-LU-177-M/G,,SIG/RAT) A082200800003 STATUS (TABLE) Table 4 A082200800004 (DEP,A0822004) A082200800005 ENDBIB 3 0 A082200800006 NOCOMMON 0 0 A082200800007 DATA 2 2 A082200800008 EN DATA A082200800009 MEV NO-DIM A082200800010 90. 0.06 A082200800011 242. 0.036 A082200800012 ENDDATA 4 0 A082200800013 ENDSUBENT 12 0 A082200899999 SUBENT A0822009 20090302 A065A082200900001 BIB 3 6 A082200900002 REACTION (72-HF-179(P,X)72-HF-178-M/G,,SIG/RAT) A082200900003 STATUS (TABLE) Table 4 A082200900004 (DEP,A0822004) A082200900005 COMMENT *By authors*.The values are estimated using A082200900006 extrapolated independent yields of the ground-state A082200900007 nuclei. A082200900008 ENDBIB 6 0 A082200900009 NOCOMMON 0 0 A082200900010 DATA 2 2 A082200900011 EN DATA A082200900012 MEV NO-DIM A082200900013 90. 0.042 A082200900014 242. 0.025 A082200900015 ENDDATA 4 0 A082200900016 ENDSUBENT 15 0 A082200999999 SUBENT A0822010 20090302 A065A082201000001 BIB 3 6 A082201000002 REACTION (72-HF-179(P,X)72-HF-179-M/G,,SIG/RAT) A082201000003 STATUS (TABLE) Table 4 A082201000004 (DEP,A0822004) A082201000005 COMMENT *By authors*.The values are estimated using A082201000006 extrapolated independent yields of the ground-state A082201000007 nuclei. A082201000008 ENDBIB 6 0 A082201000009 NOCOMMON 0 0 A082201000010 DATA 2 2 A082201000011 EN DATA A082201000012 MEV NO-DIM A082201000013 90. 0.08 A082201000014 242. 0.06 A082201000015 ENDDATA 4 0 A082201000016 ENDSUBENT 15 0 A082201099999 SUBENT A0822011 20090302 A065A082201100001 BIB 2 3 A082201100002 REACTION (72-HF-0(P,X)71-LU-174-M/G,,SIG/RAT) A082201100003 STATUS (TABLE) Table 4 A082201100004 (DEP,A0822006) A082201100005 ENDBIB 3 0 A082201100006 NOCOMMON 0 0 A082201100007 DATA 2 2 A082201100008 EN DATA A082201100009 MEV NO-DIM A082201100010 100. 0.41 A082201100011 400. 0.52 A082201100012 ENDDATA 4 0 A082201100013 ENDSUBENT 12 0 A082201199999 SUBENT A0822012 20090302 A065A082201200001 BIB 2 3 A082201200002 REACTION (72-HF-0(P,X)71-LU-177-M/G,,SIG/RAT) A082201200003 STATUS (TABLE) Table 4 A082201200004 (DEP,A0822006) A082201200005 ENDBIB 3 0 A082201200006 NOCOMMON 0 0 A082201200007 DATA 2 2 A082201200008 EN DATA A082201200009 MEV NO-DIM A082201200010 100. 0.04 A082201200011 400. 0.04 A082201200012 ENDDATA 4 0 A082201200013 ENDSUBENT 12 0 A082201299999 SUBENT A0822013 20090302 A065A082201300001 BIB 3 6 A082201300002 REACTION (72-HF-0(P,X)72-HF-178-M/G,,SIG/RAT) A082201300003 STATUS (TABLE) Table 4 A082201300004 (DEP,A0822006) A082201300005 COMMENT *By authors*.The values are estimated using A082201300006 extrapolated independent yields of the ground-state A082201300007 nuclei. A082201300008 ENDBIB 6 0 A082201300009 NOCOMMON 0 0 A082201300010 DATA 2 2 A082201300011 EN DATA A082201300012 MEV NO-DIM A082201300013 100. 0.02 A082201300014 400. 0.02 A082201300015 ENDDATA 4 0 A082201300016 ENDSUBENT 15 0 A082201399999 SUBENT A0822014 20090302 A065A082201400001 BIB 3 6 A082201400002 REACTION (72-HF-0(P,X)72-HF-179-M/G,,SIG/RAT) A082201400003 STATUS (TABLE) Table 4 A082201400004 (DEP,A0822006) A082201400005 COMMENT *By authors*.The values are estimated using A082201400006 extrapolated independent yields of the ground-state A082201400007 nuclei. A082201400008 ENDBIB 6 0 A082201400009 NOCOMMON 0 0 A082201400010 DATA 2 2 A082201400011 EN DATA A082201400012 MEV NO-DIM A082201400013 100. 0.04 A082201400014 400. 0.05 A082201400015 ENDDATA 4 0 A082201400016 ENDSUBENT 15 0 A082201499999 ENDENTRY 14 0 A082299999999