ENTRY F1477 20221215 F147700000001 SUBENT F1477001 20221215 20230412 F147700100001 BIB 12 28 F147700100002 TITLE Cross section of tritium production in structural F147700100003 materials of accelerator-driven facilities F147700100004 AUTHOR (Yu.E.Titarenko,M.V.Chauzova,K.V.Pavlov,S.V.Malinovsky,F147700100005 A.Yu.Titarenko,V.I.Rogov,V.F.Batyaev) F147700100006 INSTITUTE (4RUSITE) F147700100007 REFERENCE (J,PAN,84,1697,2021) F147700100008 #doi:10.1134/S1063778821100392 F147700100009 FACILITY (SYNCH,4RUSITE) U-10 F147700100010 METHOD (ACTIV) F147700100011 Tritium was extracted from the irradiated targets F147700100012 using a Sample Oxidizer. F147700100013 DETECTOR (SCIN) The activity of the extracted 3H was measured F147700100014 using a Quantilus 1220 low-background liquid F147700100015 scintillation spectrometer. F147700100016 MONITOR (13-AL-27(P,X)11-NA-22,,SIG) F147700100017 SAMPLE The targets were assembled as 'sandwiches' that F147700100018 consisted of a metal target and 27Al sample. The F147700100019 samples were irradiated as both individual and double F147700100020 'sandwiches'. The diameter of all targets was 10.5 mm, F147700100021 and the thickness of the samples ranged from 0.15 to F147700100022 0.87 mm. F147700100023 ERR-ANALYS (DATA-ERR) An error is mainly due to an uncertainty F147700100024 in determination of the value of a mean proton flux F147700100025 density. Uncertainties in calculating 3H production F147700100026 rate and geometrical correction factor are also F147700100027 included. F147700100028 STATUS (APRVD) Entry was approved by Dr. Yu.E.Titarenko F147700100029 HISTORY (20221215C) F147700100030 ENDBIB 28 0 F147700100031 NOCOMMON 0 0 F147700100032 ENDSUBENT 31 0 F147700199999 SUBENT F1477002 20221215 20230412 F147700200001 BIB 2 2 F147700200002 REACTION (13-AL-27(P,X)1-H-3,,SIG) F147700200003 STATUS (TABLE) Tbl. 1 from Phys.At.Nuclei, 84,(10), 1697,2021 F147700200004 ENDBIB 2 0 F147700200005 NOCOMMON 0 0 F147700200006 DATA 4 11 F147700200007 EN EN-ERR DATA DATA-ERR F147700200008 MEV MEV MB MB F147700200009 2605. 8. 40.9 11.8 F147700200010 1599. 4. 45.6 12.0 F147700200011 1199. 3. 42.4 8.8 F147700200012 799. 2. 27.4 10.6 F147700200013 600. 2. 24.3 8.4 F147700200014 400. 2. 16.2 5.2 F147700200015 249. 1. 9.02 3.02 F147700200016 149. 1. 9.47 4.76 F147700200017 99. 1. 10.6 3.1 F147700200018 68. 1. 6.70 2.14 F147700200019 46. 1. 5.71 1.77 F147700200020 ENDDATA 13 0 F147700200021 ENDSUBENT 20 0 F147700299999 SUBENT F1477003 20221215 20230412 F147700300001 BIB 2 2 F147700300002 REACTION (28-NI-0(P,X)1-H-3,,SIG) F147700300003 STATUS (TABLE) Tbl. 1 from Phys.At.Nuclei, 84,(10), 1697,2021 F147700300004 ENDBIB 2 0 F147700300005 NOCOMMON 0 0 F147700300006 DATA 4 11 F147700300007 EN EN-ERR DATA DATA-ERR F147700300008 MEV MEV MB MB F147700300009 2605. 8. 91.8 8.7 F147700300010 1599. 4. 93.7 9.2 F147700300011 1199. 3. 66.2 8.0 F147700300012 799. 2. 32.3 3.9 F147700300013 600. 2. 44.1 6.1 F147700300014 400. 2. 17.7 2.5 F147700300015 249. 1. 9.66 1.32 F147700300016 149. 1. 9.74 1.22 F147700300017 99. 1. 4.84 0.62 F147700300018 68. 1. 3.59 0.55 F147700300019 46. 1. 4.11 0.82 F147700300020 ENDDATA 13 0 F147700300021 ENDSUBENT 20 0 F147700399999 SUBENT F1477004 20221215 20230412 F147700400001 BIB 2 2 F147700400002 REACTION (74-W-0(P,X)1-H-3,,SIG) F147700400003 STATUS (TABLE) Tbl. 1 from Phys.At.Nuclei, 84,(10), 1697,2021 F147700400004 ENDBIB 2 0 F147700400005 NOCOMMON 0 0 F147700400006 DATA 4 11 F147700400007 EN EN-ERR DATA DATA-ERR F147700400008 MEV MEV MB MB F147700400009 2605. 8. 867. 98. F147700400010 1599. 4. 467. 66. F147700400011 1199. 3. 378. 56. F147700400012 799. 2. 271. 39. F147700400013 600. 2. 197. 31. F147700400014 400. 2. 113. 19. F147700400015 249. 1. 49.6 6.4 F147700400016 149. 1. 44.1 4.4 F147700400017 99. 1. 31.5 4.4 F147700400018 68. 1. 18.9 2.4 F147700400019 46. 1. 13.1 1.9 F147700400020 ENDDATA 13 0 F147700400021 ENDSUBENT 20 0 F147700499999 ENDENTRY 4 0 F147799999999