ENTRY F1515 20250113 F151500000001 SUBENT F1515001 20250113 20250711 F151500100001 BIB 7 11 F151500100002 TITLE Measurement of 9Be(d,xt) reaction total cross F151500100003 sections by secondary activation and spectroscopy F151500100004 methods F151500100005 AUTHOR (L.N.Generalov,I.A.Karpov) F151500100006 INSTITUTE (4RUSEPA) F151500100007 REFERENCE (J,BAS,88,1332,2024) English translation F151500100008 #doi:10.1134/S1062873824707529 F151500100009 (J,IZV,88,1316,2024) Russian original F151500100010 FACILITY (VDGT,4RUSEPA) EGP-10 tandem accelerator F151500100011 STATUS (APRVD) Entry was approved by Dr. L.N. Generalov. F151500100012 HISTORY (20250113C) F151500100013 ENDBIB 11 0 F151500100014 NOCOMMON 0 0 F151500100015 ENDSUBENT 14 0 F151500199999 SUBENT F1515002 20250113 20250711 F151500200001 BIB 8 22 F151500200002 REACTION (4-BE-9(D,X)1-H-3,,DA) F151500200003 REL-REF (M,F0778001,L.N.Generalov+,J,BAS,70,217,2006) English F151500200004 translation. Experiment description is given. F151500200005 (M,F0778001,L.N.Generalov+,J,IZV,70,191,2006) Russian F151500200006 original. F151500200007 SAMPLE Self-supporting beryllium target with 658+-33 mu-g/cm2 F151500200008 thick deposited on a thin SiO backing was used. F151500200009 DETECTOR (SI,TELES) Six telescopes of dE-E detectors were F151500200010 used. dE detectors thickness was 12-14 mu-m, E F151500200011 detectors thickness was 1.2 mm. F151500200012 METHOD (EDE) F151500200013 PART-DET (T) F151500200014 ERR-ANALYS (ERR-S) Random error consists of random errors in the F151500200015 parameters that determine the differential cross F151500200016 sections, errors in specifying angles and implicit F151500200017 unevenness in target thickness, about 8%. F151500200018 (ERR-SYS) Systematic uncertainty includes F151500200019 (ERR-1) Error in deuteron beam measurement. F151500200020 (ERR-2) Error in target thickness measurement. F151500200021 STATUS (TABLE,,L.N.Generalov+,J,BAS,88,1332,2024) Data were F151500200022 presented by authors. The same on fig. 6 from F151500200023 Bull.Rus.Ac.Sci.Phys. 88,1332,2024. F151500200024 ENDBIB 22 0 F151500200025 COMMON 3 3 F151500200026 ERR-SYS ERR-1 ERR-2 F151500200027 PER-CENT PER-CENT PER-CENT F151500200028 5.3 2. 5. F151500200029 ENDCOMMON 3 0 F151500200030 DATA 4 336 F151500200031 EN ANG-CM DATA-CM ERR-S F151500200032 MEV ADEG MB/SR MB/SR F151500200033 2. 10. 48. 4.8 F151500200034 2. 15. 43. 4.3 F151500200035 2. 20. 33.9 2.7 F151500200036 2. 25. 33.8 2.7 F151500200037 2. 30. 32.5 2.6 F151500200038 2. 35. 28. 2.2 F151500200039 2. 40. 23.4 1.9 F151500200040 2. 45. 20.7 1.7 F151500200041 2. 50. 16.7 1.3 F151500200042 2. 55. 16.1 1.3 F151500200043 2. 60. 16.6 1.3 F151500200044 2. 70. 13.5 1.1 F151500200045 2. 80. 13.5 1.1 F151500200046 2. 85. 13.4 1.2 F151500200047 2. 90. 12.6 1. F151500200048 2. 100. 11.8 0.9 F151500200049 2. 110. 9.2 0.7 F151500200050 2. 120. 9.8 0.8 F151500200051 2. 125. 9.9 0.8 F151500200052 2. 130. 10.6 0.8 F151500200053 2. 140. 9.8 0.8 F151500200054 2. 150. 10.6 0.8 F151500200055 2. 160. 6.1 0.5 F151500200056 2. 170. 3.3 0.3 F151500200057 3. 10. 95. 28.5 F151500200058 3. 15. 83. 24.9 F151500200059 3. 20. 80. 16. F151500200060 3. 25. 68. 10.9 F151500200061 3. 30. 47. 7.5 F151500200062 3. 35. 38. 6.1 F151500200063 3. 40. 31. 5. F151500200064 3. 45. 27. 4.3 F151500200065 3. 50. 22. 3.5 F151500200066 3. 55. 20. 3.2 F151500200067 3. 60. 15.2 2.4 F151500200068 3. 65. 12.2 2. F151500200069 3. 70. 11. 1.8 F151500200070 3. 80. 9.5 1.5 F151500200071 3. 85. 11.1 1.8 F151500200072 3. 90. 10.6 1.7 F151500200073 3. 95. 10.9 1.7 F151500200074 3. 100. 10. 1.6 F151500200075 3. 105. 8.86 1.4 F151500200076 3. 110. 8.66 1.4 F151500200077 3. 115. 10. 1.6 F151500200078 3. 120. 9.92 1.6 F151500200079 3. 125. 11.1 1.8 F151500200080 3. 130. 11. 1.8 F151500200081 3. 140. 10.4 1.7 F151500200082 3. 150. 10.3 1.6 F151500200083 3. 155. 7.65 1.2 F151500200084 3. 160. 6.66 1.1 F151500200085 3. 165. 5.65 0.9 F151500200086 3. 170. 5. 0.8 F151500200087 3.5 10. 83. 12. F151500200088 3.5 15. 71. 11. F151500200089 3.5 20. 52. 5. F151500200090 3.5 25. 40.2 3.2 F151500200091 3.5 30. 33.5 2.7 F151500200092 3.5 35. 30.9 2.5 F151500200093 3.5 40. 29.9 2.4 F151500200094 3.5 45. 28.3 2.3 F151500200095 3.5 50. 27. 2.2 F151500200096 3.5 55. 21.7 1.7 F151500200097 3.5 60. 18.4 1.5 F151500200098 3.5 65. 14. 1.1 F151500200099 3.5 70. 10.5 0.9 F151500200100 3.5 80. 9.4 0.8 F151500200101 3.5 85. 8.1 0.7 F151500200102 3.5 90. 7.6 0.6 F151500200103 3.5 95. 7. 0.6 F151500200104 3.5 100. 6.2 0.5 F151500200105 3.5 105. 5.5 0.4 F151500200106 3.5 110. 5.6 0.4 F151500200107 3.5 115. 5.6 0.4 F151500200108 3.5 120. 6.4 0.5 F151500200109 3.5 125. 6.4 0.5 F151500200110 3.5 130. 7.5 0.6 F151500200111 3.5 140. 8.7 0.7 F151500200112 3.5 150. 9. 0.7 F151500200113 3.5 155. 8.6 0.7 F151500200114 3.5 160. 7.5 0.6 F151500200115 3.5 165. 6.3 0.5 F151500200116 3.5 170. 6.2 0.5 F151500200117 4. 10. 92. 6.5 F151500200118 4. 15. 80. 5.7 F151500200119 4. 20. 63. 4.5 F151500200120 4. 25. 48. 3.4 F151500200121 4. 30. 36.1 2.6 F151500200122 4. 35. 36.5 2.6 F151500200123 4. 40. 33.5 2.4 F151500200124 4. 45. 28. 2. F151500200125 4. 50. 24.8 1.8 F151500200126 4. 55. 20.3 1.4 F151500200127 4. 60. 16.4 1.2 F151500200128 4. 70. 12.5 0.9 F151500200129 4. 80. 10.6 0.8 F151500200130 4. 85. 9.2 0.7 F151500200131 4. 90. 9.2 0.7 F151500200132 4. 95. 8.4 0.6 F151500200133 4. 100. 8.6 0.6 F151500200134 4. 105. 6.7 0.5 F151500200135 4. 115. 6.1 0.4 F151500200136 4. 120. 6.2 0.4 F151500200137 4. 125. 6.5 0.5 F151500200138 4. 130. 7.7 0.5 F151500200139 4. 140. 9. 0.6 F151500200140 4. 150. 8.1 0.6 F151500200141 4. 155. 9.3 0.7 F151500200142 4. 160. 8.4 0.6 F151500200143 4. 165. 7.9 0.6 F151500200144 4. 170. 7. 0.5 F151500200145 4.5 10. 85. 13. F151500200146 4.5 15. 67. 10. F151500200147 4.5 20. 48. 5. F151500200148 4.5 25. 37.1 3. F151500200149 4.5 30. 34.1 2.7 F151500200150 4.5 40. 26.2 2.1 F151500200151 4.5 50. 23. 2. F151500200152 4.5 55. 23. 2. F151500200153 4.5 60. 21. 2. F151500200154 4.5 70. 16.9 1.4 F151500200155 4.5 75. 16. 1. F151500200156 4.5 80. 13.7 1.1 F151500200157 4.5 90. 10. 1. F151500200158 4.5 100. 8.9 0.7 F151500200159 4.5 110. 8.6 0.7 F151500200160 4.5 120. 8.9 0.7 F151500200161 4.5 130. 7.9 0.6 F151500200162 4.5 140. 7.4 0.6 F151500200163 4.5 150. 6.8 0.5 F151500200164 4.5 160. 6.3 0.5 F151500200165 4.5 170. 5.6 0.4 F151500200166 5. 10. 104. 16. F151500200167 5. 15. 87. 13. F151500200168 5. 20. 71. 7. F151500200169 5. 27.6 43. 4. F151500200170 5. 30. 36. 3. F151500200171 5. 35. 26.9 2.2 F151500200172 5. 47.6 23. 2. F151500200173 5. 50. 21.8 1.7 F151500200174 5. 60. 19. 1.5 F151500200175 5. 67.6 17. 1.4 F151500200176 5. 75. 14.7 1.2 F151500200177 5. 80. 11.1 0.9 F151500200178 5. 80. 10.4 0.8 F151500200179 5. 95. 8.4 0.7 F151500200180 5. 100. 7.4 0.6 F151500200181 5. 100. 7.2 0.6 F151500200182 5. 105. 7.1 0.6 F151500200183 5. 115. 7. 0.6 F151500200184 5. 120. 7.4 0.6 F151500200185 5. 120. 7.3 0.6 F151500200186 5. 125. 7.2 0.6 F151500200187 5. 135. 7.4 0.6 F151500200188 5. 145. 7.5 0.6 F151500200189 5. 150. 6.9 0.6 F151500200190 5. 160. 5.8 0.5 F151500200191 5. 170. 4.5 0.4 F151500200192 5.5 10. 96. 14. F151500200193 5.5 15. 68. 10. F151500200194 5.5 20. 54. 5. F151500200195 5.5 25. 40. 3. F151500200196 5.5 30. 32. 3. F151500200197 5.5 35. 29.8 2.4 F151500200198 5.5 40. 26.3 2.1 F151500200199 5.5 45. 22. 2. F151500200200 5.5 50. 20.6 1.7 F151500200201 5.5 55. 18.1 1.4 F151500200202 5.5 60. 15.8 1.3 F151500200203 5.5 70. 11.8 0.9 F151500200204 5.5 75. 10.2 0.8 F151500200205 5.5 80. 8.4 0.7 F151500200206 5.5 90. 8.4 0.7 F151500200207 5.5 95. 7.9 0.6 F151500200208 5.5 100. 7.5 0.6 F151500200209 5.5 105. 8.3 0.6 F151500200210 5.5 110. 8. 0.6 F151500200211 5.5 120. 8.3 0.7 F151500200212 5.5 125. 8.2 0.7 F151500200213 5.5 130. 7.1 0.6 F151500200214 5.5 140. 6.1 0.5 F151500200215 5.5 150. 5.8 0.5 F151500200216 5.5 160. 4.8 0.4 F151500200217 5.5 170. 4.7 0.4 F151500200218 6. 10. 113. 16.9 F151500200219 6. 15.5 73. 10.9 F151500200220 6. 20. 57. 5.7 F151500200221 6. 25. 38. 3. F151500200222 6. 27.6 35. 2.8 F151500200223 6. 30. 32. 2.6 F151500200224 6. 40. 25.3 2. F151500200225 6. 47.6 20. 1.6 F151500200226 6. 50. 19. 1.5 F151500200227 6. 55. 19.6 1.6 F151500200228 6. 60. 17.6 1.4 F151500200229 6. 67.6 11.7 0.9 F151500200230 6. 70. 9.9 0.8 F151500200231 6. 75. 9. 0.7 F151500200232 6. 80. 8.3 0.7 F151500200233 6. 90. 7.4 0.6 F151500200234 6. 95. 8.1 0.6 F151500200235 6. 100. 7.6 0.6 F151500200236 6. 100. 7.8 0.6 F151500200237 6. 105. 7.3 0.6 F151500200238 6. 115. 6.7 0.5 F151500200239 6. 120. 6.1 0.5 F151500200240 6. 120. 7. 0.6 F151500200241 6. 125. 6.4 0.5 F151500200242 6. 140. 6.2 0.5 F151500200243 6. 145. 5.6 0.4 F151500200244 6. 150. 5.5 0.4 F151500200245 6. 160. 5.2 0.4 F151500200246 6. 170. 5.5 0.4 F151500200247 6.5 10. 111. 17. F151500200248 6.5 15. 83. 12. F151500200249 6.5 20. 65. 6. F151500200250 6.5 25. 43. 3. F151500200251 6.5 30. 26. 2. F151500200252 6.5 35. 23. 2. F151500200253 6.5 40. 22. 2. F151500200254 6.5 45. 20. 2. F151500200255 6.5 50. 20.6 1.6 F151500200256 6.5 55. 18.9 1.5 F151500200257 6.5 60. 15.5 1.2 F151500200258 6.5 65. 10.2 0.8 F151500200259 6.5 70. 7.5 0.6 F151500200260 6.5 80. 6.6 0.5 F151500200261 6.5 90. 6.3 0.5 F151500200262 6.5 95. 6.1 0.5 F151500200263 6.5 100. 7. 0.5 F151500200264 6.5 105. 7.6 0.6 F151500200265 6.5 110. 7.7 0.6 F151500200266 6.5 115. 7.5 0.6 F151500200267 6.5 120. 7.3 0.6 F151500200268 6.5 130. 5.7 0.5 F151500200269 6.5 145. 4.9 0.4 F151500200270 6.5 150. 4.5 0.4 F151500200271 6.5 155. 5. 0.4 F151500200272 6.5 160. 5.3 0.4 F151500200273 6.5 170. 6.8 0.5 F151500200274 7. 10. 108. 16. F151500200275 7. 15. 80. 12. F151500200276 7. 20. 67. 7. F151500200277 7. 27.6 44. 4. F151500200278 7. 30. 35. 3. F151500200279 7. 35. 32. 3. F151500200280 7. 40. 27.2 2.2 F151500200281 7. 47.6 26. 2. F151500200282 7. 50. 22.8 1.8 F151500200283 7. 55. 18.8 1.5 F151500200284 7. 60. 14.9 1.2 F151500200285 7. 65. 13. 1. F151500200286 7. 67.6 12.2 1. F151500200287 7. 75. 12. 1. F151500200288 7. 80. 9.8 0.8 F151500200289 7. 80. 10.4 0.8 F151500200290 7. 90. 8. 0.7 F151500200291 7. 95. 7.7 0.7 F151500200292 7. 100. 6.4 0.5 F151500200293 7. 100. 6.6 0.5 F151500200294 7. 105. 6.9 0.6 F151500200295 7. 110. 6.7 0.6 F151500200296 7. 120. 5.4 0.4 F151500200297 7. 120. 5.9 0.5 F151500200298 7. 130. 5.4 0.4 F151500200299 7. 140. 5.3 0.4 F151500200300 7. 150. 5.2 0.4 F151500200301 7. 155. 4.6 0.4 F151500200302 7. 160. 4.8 0.4 F151500200303 7. 170. 5.3 0.4 F151500200304 8. 10. 120. 10.8 F151500200305 8. 15. 120. 10.8 F151500200306 8. 20. 110. 9.9 F151500200307 8. 25. 70. 6.3 F151500200308 8. 30. 42. 3.8 F151500200309 8. 40. 33.8391 3. F151500200310 8. 45. 29.8 2.7 F151500200311 8. 50. 23.661 2.1 F151500200312 8. 60. 16.4226 1.5 F151500200313 8. 70. 10.8339 1. F151500200314 8. 80. 8.9 0.8 F151500200315 8. 90. 7.1896 0.6 F151500200316 8. 100. 4.86 0.4 F151500200317 8. 110. 4.757 0.4 F151500200318 8. 120. 4.56 0.4 F151500200319 8. 130. 4.3344 0.4 F151500200320 8. 135. 3.5108 0.3 F151500200321 8. 140. 3.341 0.3 F151500200322 8. 150. 3.3 0.3 F151500200323 8. 160. 3.5 0.3 F151500200324 8. 170. 2.9841 0.3 F151500200325 9. 10. 127. 25. F151500200326 9. 15. 113. 21. F151500200327 9. 20. 75. 14. F151500200328 9. 25. 51. 4. F151500200329 9. 30. 30.7 2.4 F151500200330 9. 35. 28. 2.2 F151500200331 9. 40. 26.4 2.1 F151500200332 9. 45. 26.4 2.1 F151500200333 9. 50. 21.2 2. F151500200334 9. 55. 17.8 1.4 F151500200335 9. 60. 12.4 1. F151500200336 9. 70. 6.6 0.5 F151500200337 9. 75. 7.4 0.6 F151500200338 9. 80. 7.75 0.6 F151500200339 9. 90. 7.9 0.6 F151500200340 9. 100. 6.9 0.6 F151500200341 9. 105. 7.4 0.6 F151500200342 9. 120. 5.34 0.4 F151500200343 9. 130. 5.2 0.4 F151500200344 9. 140. 4.4 0.4 F151500200345 9. 150. 4.9 0.4 F151500200346 9. 160. 3.6 0.3 F151500200347 9. 170. 3.8 0.3 F151500200348 10. 10. 125. 27. F151500200349 10. 15. 106. 19. F151500200350 10. 20. 70. 7. F151500200351 10. 25. 43. 4. F151500200352 10. 30. 26. 2. F151500200353 10. 40. 21. 2. F151500200354 10. 45. 20. 2.1 F151500200355 10. 50. 18. 2. F151500200356 10. 55. 17. 1. F151500200357 10. 60. 9.2 0.8 F151500200358 10. 70. 5.3 0.4 F151500200359 10. 80. 5. 0.4 F151500200360 10. 90. 5.6 0.5 F151500200361 10. 100. 5.5 0.5 F151500200362 10. 110. 5.9 0.5 F151500200363 10. 120. 6. 0.5 F151500200364 10. 130. 5. 0.4 F151500200365 10. 140. 3.9 0.3 F151500200366 10. 150. 3.7 0.3 F151500200367 10. 160. 3.5 0.3 F151500200368 10. 170. 3.7 0.3 F151500200369 ENDDATA 338 0 F151500200370 ENDSUBENT 369 0 F151500299999 SUBENT F1515003 20250113 20250711 F151500300001 BIB 7 13 F151500300002 REACTION (4-BE-9(D,X)1-H-3,,SIG) F151500300003 SAMPLE Self-supporting beryllium target with 658+-33 mu-g/cm2 F151500300004 thick deposited on a thin SiO backing was used. F151500300005 DETECTOR (SI,TELES) Six telescopes of dE-E detectors were F151500300006 used. dE detectors thickness was 12-14 mu-m, F151500300007 E detectors thickness was 1.2 mm. F151500300008 METHOD (EDE) F151500300009 PART-DET (T) F151500300010 ERR-ANALYS (DATA-ERR) Total error of the cross sections, about 3% F151500300011 STATUS (TABLE,,L.N.Generalov+,J,BAS,88,1332,2024) Data were F151500300012 presented by authors. The same on fig. 8 from F151500300013 Bull.Rus.Ac.Sci.Phys. 88,1332,2024. F151500300014 (DEP,F1515002) Differential cross sections are given. F151500300015 ENDBIB 13 0 F151500300016 NOCOMMON 0 0 F151500300017 DATA 3 13 F151500300018 EN DATA DATA-ERR F151500300019 MEV MB MB F151500300020 2. 186. 5.58 F151500300021 3. 217. 6.51 F151500300022 3.5 183. 5.49 F151500300023 4. 198. 5.94 F151500300024 4.5 199. 5.97 F151500300025 5. 200. 6. F151500300026 5.5 175. 5.25 F151500300027 6. 171. 5.13 F151500300028 6.5 164. 4.92 F151500300029 7. 186. 5.58 F151500300030 8. 200. 6. F151500300031 9. 172. 5.16 F151500300032 10. 146. 4.38 F151500300033 ENDDATA 15 0 F151500300034 ENDSUBENT 33 0 F151500399999 SUBENT F1515004 20250113 20250711 F151500400001 BIB 8 42 F151500400002 REACTION (4-BE-9(D,X)1-H-3,,SIG) F151500400003 SAMPLE The target was a thick (1 mm) layer of high-purity F151500400004 beryllium opaque to the beam of deuterons and fast F151500400005 tritons produced in reaction 9Be(d,xt). F151500400006 METHOD (ACTIV) Secondary activation method is used. The fast F151500400007 tritons produced in 9Be(d,xt) reaction interact with F151500400008 Be nuclei in the same layer where they originate and F151500400009 9Be(t,a)8Li reaction was induced. F151500400010 (BCINT) The target was placed in a cylindrical F151500400011 scattering vacuum chamber (100 mm in diameter with a F151500400012 steel wall 1 mm thick) that functioned as a Faraday F151500400013 cup. F151500400014 (BSPEC) Beta-particles from Li-8 decay were registered.F151500400015 DETECTOR (SCIN) A plastic scintillator (40 mm in diameter, F151500400016 h=50 mm) + PMT-93 placed in a lead protective F151500400017 cylinder (100 mm external diameter, 55 mm internal F151500400018 diameter and 79 mm high) was used as the F151500400019 beta-particle detector. The end of the detector's F151500400020 body was covered with aluminum foil (0.1 mm thick). F151500400021 The detector was fixed at an angle of 120 degree to F151500400022 the direction of a beam of accelerated deuterons or F151500400023 tritons at various distances R from the target. A F151500400024 window made from lavsan film 0.1 mm thick was in the F151500400025 chamber's wall in that direction. F151500400026 RAD-DET (3-LI-8,B-) F151500400027 ANALYSIS (DECAY) Beta-decay curves from Li-8 were analyzed and F151500400028 absolute yields Ydx8Li and Ytx8Li were determined. F151500400029 Linear incident triton energy dependence of Li-8 F151500400030 yield was assumed to obtain 9Be(d,xt) reaction total F151500400031 cross section. F151500400032 ERR-ANALYS (ERR-T) Total error of the cross section. F151500400033 (ERR-1) Error of the beam current measurement F151500400034 (ERR-2) Error of the absolute yield of Li-8 nuclei F151500400035 from secondary reaction 9Be(t,x)8Li F151500400036 (ERR-3) Error of the absolute yield of Li-8 nuclei F151500400037 from reaction 9Be(d,x)8Li F151500400038 (ERR-4) Error of the measurement of the ratio of the F151500400039 efficiency of recording beta-particles from the 8Li F151500400040 decay produced in deuteron and triton irradiations F151500400041 STATUS (TABLE,,L.N.Generalov+,J,BAS,88,1332,2024) Table 3 F151500400042 from the reference. The same on fig.8 of Bull.Russ. F151500400043 Ac.Sci.Phys. 88,1332,2024. F151500400044 ENDBIB 42 0 F151500400045 COMMON 4 3 F151500400046 ERR-1 ERR-2 ERR-3 ERR-4 F151500400047 PER-CENT PER-CENT PER-CENT PER-CENT F151500400048 2. 4. 7. 6. F151500400049 ENDCOMMON 3 0 F151500400050 DATA 3 22 F151500400051 EN DATA ERR-T F151500400052 MEV MB MB F151500400053 1.5 160. 13. F151500400054 2.25 162. 13. F151500400055 2.75 182. 15. F151500400056 3.25 210. 17. F151500400057 3.75 187. 15. F151500400058 4.25 225. 18. F151500400059 4.5 177. 15. F151500400060 5. 194. 16. F151500400061 5.5 200. 17. F151500400062 6. 182. 15. F151500400063 6.5 182. 15. F151500400064 7. 176. 15. F151500400065 7.5 182. 15. F151500400066 8. 171. 14. F151500400067 8.5 171. 14. F151500400068 9. 156. 13. F151500400069 9.5 129. 11. F151500400070 10. 144. 12. F151500400071 10.5 157. 13. F151500400072 11. 131. 11. F151500400073 11.5 106. 9. F151500400074 12. 85. 9. F151500400075 ENDDATA 24 0 F151500400076 ENDSUBENT 75 0 F151500499999 ENDENTRY 4 0 F151599999999