ENTRY F0837 20180429 F069F083700000001 SUBENT F0837001 20180429 F069F083700100001 BIB 14 98 F083700100002 TITLE Excitation functions of fusion reactions and neutron F083700100003 transfer in the interaction of 6He with 197Au and 206PbF083700100004 AUTHOR (Yu.E.Penionzhkevich,R.A.Astabatyan,N.A.Demekhina, F083700100005 G.G.Gulbekian,R.Kalpakchieva,A.A.Kulko,S.M.Lukyanov, F083700100006 E.R.Markaryan,V.A.Maslov,Yu.A.Muzychka, F083700100007 Yu.Ts.Oganessian,R.V.Revenko,N.K.Skobelev, F083700100008 Yu.G.Sobolev,D.A.Testov,T.Zholdybaev) F083700100009 INSTITUTE (4ZZZDUB,4KASKAZ) F083700100010 (4ARMJER)Yerevan Physics Institute, Yerevan, Armenia F083700100011 REFERENCE (J,EPJ/A,31,185,2007) The same data in F083700100012 JINR-E7-2006-75,2006. F083700100013 #doi:10.1140/epja/i2006-10166-9 F083700100014 (S,AIP-912,53,2007) The same data for 197Au+6He. F083700100015 (J,IZV,71,840,2007) The same data for 197Au(6He,2-7n). F083700100016 (J,BAS,71,812,2007) English translation F083700100017 for IZV,71,840,2007. F083700100018 (J,IMP/E,17,2349,2008) The same data for 206Pb(6He,2n) F083700100019 (J,FCY/L,3,(6),38,2006) The same data for F083700100020 197Au(6He,2-7n),206Pb(6He,2n). F083700100021 The same article in JINR-E7-2005-106,2005. F083700100022 (J,PPN/L,3,362,2006) English translation F083700100023 for FCY/L,3,(6),38,2006. F083700100024 (J,JP/CS,420,012068,2013) The same data for 197Au+6He. F083700100025 (J,YF,77,1480,2014) For Dubna's experiments the same F083700100026 data are given. F083700100027 #doi:10.7868/S0044002714110087 F083700100028 (J,PAN,77,1415,2014) English translation F083700100029 #doi:10.1134/S1063778814110076 F083700100030 (C,2012KYIV,,240,2012) The same data for 197Au+6He. F083700100031 REL-REF (O,A0850002,S.M.Lukyanov+,J,PL/B,670,321,2009) F083700100032 The same data for 206Pb(6He,2n). F083700100033 (O,F1320001,A.A.Kulko+,J,JP/G,34,2297,2007) F083700100034 Data for 196,198Au isomer ratio. F083700100035 FACILITY (CYCLO,4ZZZDUB) Tandem including the FLNR cyclotrons F083700100036 U400M and U400. F083700100037 INC-SOURCE A beam of accelerated 6He ions with an energy of up to F083700100038 about 10MeV/A was used. The beam profile and intensity F083700100039 were measured with a specially designed multi-wire F083700100040 proportional diagnostic chamber situated immediately inF083700100041 front of the physical setup. F083700100042 SAMPLE Run 1:a stack consisting of one 50 mu-m and twelve 13.5F083700100043 mu-m thick gold foils, and further downstream -a secondF083700100044 stack of six 206Pb targets, 600-700 mu-g/cm2 each on ~ F083700100045 1.5 mu-m Mylar backing, with 20 mu-m thick Al beam F083700100046 energy degraders in between the targets. F083700100047 In Run 2 only a stack of fifteen Au (seven 13.5 mu-m, F083700100048 four 5 mu-m and four 4 mu-m) targets was irradiated. F083700100049 In Run 3, the initial energy of the extracted 6He beam F083700100050 was lowered to 25.5MeV by means of two foils: a gold F083700100051 one, which simultaneously served as a target for the F083700100052 excitation function on 197Au, and an Al one. A stack ofF083700100053 seven thin 206Pb targets on havar backings (also F083700100054 playing the role of energy degraders) was used. After F083700100055 it, two 5 mu-m 197Au targets were placed in order to F083700100056 measure the transfer reactions deeply below (Bc~20 MeV)F083700100057 the Coulomb barrier of the reaction. F083700100058 In Run 4, the initial energy of the 6He beam was F083700100059 reduced to 23.3MeV. A 197Au target stack, consisting F083700100060 of 7 foils (each 6.6 mu-m thick), was placed on the F083700100061 focal plane of the magnetic spectrometer MSP-144 at F083700100062 the position of the maximum beam intensity. The beam F083700100063 dose on the stack in this run was measured by a F083700100064 scintillation counter behind it. F083700100065 METHOD (STTA) Stacked-foil activation technique. F083700100066 (EDE) F083700100067 DETECTOR (HPGE) After the irradiation, the gamma-activity F083700100068 induced in the individual gold foils was measured F083700100069 off-line using four energy and efficiency-calibrated F083700100070 HPGe detectors (the efficiency was about 4-5% for F083700100071 Eg = 662 keV) of high-energy resolution. F083700100072 The 206Pb stack was measured using an alpha- F083700100073 spectrometer. F083700100074 COMMENT The absolute cross-sections for the formation of the F083700100075 reaction products were calculated taking into account F083700100076 the relevant beam dose and time factors, the target F083700100077 thickness and the decay characteristics of the F083700100078 identified isotopes. F083700100079 ERR-ANALYS The statistical errors for the cross-sections have beenF083700100080 obtained as the root mean square of the errors F083700100081 associated with all measurements (in turn, the error ofF083700100082 each measurement includes the statistical error of the F083700100083 extracted peak area, the subtracted background, as wellF083700100084 as the detector's efficiency errors). F083700100085 STATUS (APRVD) Entry was approved by authors. F083700100086 HISTORY (20070419C) F083700100087 (20071123A) Two new REFERENCE codes were added. F083700100088 (20090626A) New REFERENCE code was added. F083700100089 (20100125A) New REFERENCE codes were added. Reference F083700100090 for AIP-912 was updated. F083700100091 (20110224A) REFERENCE code was corrected. F083700100092 (20130618A) INSTITUTE code was corrected. STATUS in F083700100093 012 was corrected. In sub 012 SF1 in reaction was F083700100094 changed. Reference code was added. F083700100095 (20160423U) SD: STATUS "SPSDD" added in Subent 008. F083700100096 (20170714A) Reference code was added. Sub 013 was F083700100097 added (Memo CP-D/858). F083700100098 (20180429U) Comments in HISTORY code from 2016-04-23 F083700100099 corrected in Subent 001,008 (deleted -> added). F083700100100 ENDBIB 98 0 F083700100101 NOCOMMON 0 0 F083700100102 ENDSUBENT 101 0 F083700199999 SUBENT F0837002 20070313 F027F083700200001 BIB 3 6 F083700200002 REACTION (79-AU-197(2-HE-6,2N)81-TL-201,,SIG) F083700200003 ERR-ANALYS (EN-ERR) Errors in energy definition presented by F083700200004 authors. F083700200005 (DATA-ERR) Errors in cross section definition presentedF083700200006 by authors. F083700200007 STATUS (TABLE)Data were presented by authors (fig.6). F083700200008 ENDBIB 6 0 F083700200009 NOCOMMON 0 0 F083700200010 DATA 4 11 F083700200011 EN EN-ERR DATA DATA-ERR F083700200012 MEV MEV MB MB F083700200013 28.1 2.82 13.3 6.3 F083700200014 26.2 2.45 5. F083700200015 24.9 3.09 12.3 6. F083700200016 24. 1.9 22. 10. F083700200017 22.8 1.99 23. 9. F083700200018 21.4 2.1 23.5 10. F083700200019 20.1 2.2 18.3 6.3 F083700200020 18.8 2.25 16. 6. F083700200021 17.6 2.35 16.7 3.7 F083700200022 15.8 2.58 12. 5. F083700200023 12. 1.3 F083700200024 ENDDATA 13 0 F083700200025 ENDSUBENT 24 0 F083700299999 SUBENT F0837003 20070313 F027F083700300001 BIB 3 6 F083700300002 REACTION (79-AU-197(2-HE-6,3N)81-TL-200,,SIG) F083700300003 ERR-ANALYS (EN-ERR) Errors in energy definition presented by F083700300004 authors. F083700300005 (DATA-ERR) Errors in cross section definition presentedF083700300006 by authors. F083700300007 STATUS (TABLE)Data were presented by authors (fig.6). F083700300008 ENDBIB 6 0 F083700300009 NOCOMMON 0 0 F083700300010 DATA 4 32 F083700300011 EN EN-ERR DATA DATA-ERR F083700300012 MEV MEV MB MB F083700300013 60.0 1.2 8.9 1.5 F083700300014 57.4 3.76 9.4 0.6 F083700300015 52.7 1.20 13.8 1.4 F083700300016 50.7 1.28 16.5 1.9 F083700300017 48.5 1.42 20.6 0.4 F083700300018 46.4 1.57 22.3 1.1 F083700300019 44.0 1.73 29.1 3.8 F083700300020 42.5 1.45 31. 3.6 F083700300021 41.6 1.85 35.8 3.2 F083700300022 40.1 1.54 37. 6.3 F083700300023 39.1 2.05 42.5 2.6 F083700300024 37.6 1.63 44. 2.4 F083700300025 36.6 2.22 57.2 2.1 F083700300026 34.9 1.71 85. 4. F083700300027 33.9 2.42 76.9 5. F083700300028 32.2 1.86 116. 8. F083700300029 31.1 2.62 114. 3. F083700300030 29.3 2.14 183. 15. F083700300031 28.1 2.82 209. 4. F083700300032 26.2 2.45 304. 15. F083700300033 24.9 3.09 295. 20. F083700300034 24.0 1.9 543. 32. F083700300035 22.8 1.99 520. 20. F083700300036 22.5 0.8 501. 33. F083700300037 21.4 2.1 421. 19. F083700300038 20.7 0.9 243. 20. F083700300039 20.1 2.2 287. 28. F083700300040 19.0 1. 59.5 9.2 F083700300041 18.8 2.25 160. 25. F083700300042 17.6 2.35 59.4 7. F083700300043 16.4 2.46 26. 6. F083700300044 15.2 2.58 12.1 0.8 F083700300045 ENDDATA 34 0 F083700300046 ENDSUBENT 45 0 F083700399999 SUBENT F0837004 20070313 F027F083700400001 BIB 3 6 F083700400002 REACTION (79-AU-197(2-HE-6,4N)81-TL-199,,SIG) F083700400003 ERR-ANALYS (EN-ERR) Errors in energy definition presented by F083700400004 authors. F083700400005 (DATA-ERR) Errors in cross section definition presentedF083700400006 by authors. F083700400007 STATUS (TABLE)Data were presented by authors (fig.6). F083700400008 ENDBIB 6 0 F083700400009 NOCOMMON 0 0 F083700400010 DATA 4 23 F083700400011 EN EN-ERR DATA DATA-ERR F083700400012 MEV MEV MB MB F083700400013 60.0 1.2 50.1 9.6 F083700400014 57.4 3.76 72.4 11. F083700400015 52.7 1.20 82. 14. F083700400016 50.7 1.28 89.2 18. F083700400017 48.5 1.42 134.5 15. F083700400018 46.4 1.57 190. 33. F083700400019 44.0 1.73 222. 70. F083700400020 42.5 1.45 381. 50. F083700400021 41.6 1.85 362. 63. F083700400022 40.1 1.54 555. 65. F083700400023 39.1 2.05 483. 65. F083700400024 37.6 1.63 713. 49. F083700400025 36.6 2.22 857. 68. F083700400026 34.9 1.71 1032. 122. F083700400027 33.9 2.42 1142. 75. F083700400028 32.2 1.86 1085. 145. F083700400029 31.1 2.62 1260. 70. F083700400030 29.3 2.14 1190. 159. F083700400031 28.1 2.82 1200. 80. F083700400032 24.9 3.09 808. 90. F083700400033 24.0 1.9 590. 47. F083700400034 22.8 1.99 313. 20. F083700400035 21.4 2.1 128. 15. F083700400036 ENDDATA 25 0 F083700400037 ENDSUBENT 36 0 F083700499999 SUBENT F0837005 20070313 F027F083700500001 BIB 3 6 F083700500002 REACTION (79-AU-197(2-HE-6,5N)81-TL-198,,SIG) F083700500003 ERR-ANALYS (EN-ERR) Errors in energy definition presented by F083700500004 authors. F083700500005 (DATA-ERR) Errors in cross section definition presentedF083700500006 by authors. F083700500007 STATUS (TABLE)Data were presented by authors (fig.6). F083700500008 ENDBIB 6 0 F083700500009 NOCOMMON 0 0 F083700500010 DATA 4 17 F083700500011 EN EN-ERR DATA DATA-ERR F083700500012 MEV MEV MB MB F083700500013 60.0 1.2 357. 30. F083700500014 57.4 3.76 559. 30. F083700500015 52.7 1.20 889. 40. F083700500016 50.7 1.28 1035. 80. F083700500017 48.5 1.42 1243. 80. F083700500018 46.4 1.57 1345. 52. F083700500019 44.0 1.73 1534. 30. F083700500020 42.5 1.45 1831. 42. F083700500021 41.6 1.85 1620. 70. F083700500022 40.1 1.54 1641. 31. F083700500023 39.1 2.05 1407. 60. F083700500024 37.6 1.63 1213. 34. F083700500025 36.6 2.22 1229. 70. F083700500026 34.9 1.71 746. 80. F083700500027 33.9 2.42 611. 60. F083700500028 32.2 1.86 334. 20. F083700500029 31.1 2.62 259. 110. F083700500030 ENDDATA 19 0 F083700500031 ENDSUBENT 30 0 F083700599999 SUBENT F0837006 20070313 F027F083700600001 BIB 3 6 F083700600002 REACTION (79-AU-197(2-HE-6,6N)81-TL-197,,SIG) F083700600003 ERR-ANALYS (EN-ERR) Errors in energy definition presented by F083700600004 authors. F083700600005 (DATA-ERR) Errors in cross section definition presentedF083700600006 by authors. F083700600007 STATUS (TABLE)Data were presented by authors (fig.6). F083700600008 ENDBIB 6 0 F083700600009 NOCOMMON 0 0 F083700600010 DATA 4 10 F083700600011 EN EN-ERR DATA DATA-ERR F083700600012 MEV MEV MB MB F083700600013 60.0 1.2 1237. 155. F083700600014 57.4 3.76 1462. 50. F083700600015 52.7 1.20 1276. 40. F083700600016 50.7 1.28 1091. 65. F083700600017 48.5 1.42 840. 70. F083700600018 46.4 1.57 523. 80. F083700600019 44.0 1.73 350. 60. F083700600020 42.5 1.45 208. 48. F083700600021 41.6 1.85 97. 40. F083700600022 40.1 1.54 79. 25. F083700600023 ENDDATA 12 0 F083700600024 ENDSUBENT 23 0 F083700699999 SUBENT F0837007 20070313 F027F083700700001 BIB 3 6 F083700700002 REACTION (79-AU-197(2-HE-6,7N)81-TL-196,,SIG) F083700700003 ERR-ANALYS (EN-ERR) Errors in energy definition presented by F083700700004 authors. F083700700005 (DATA-ERR) Errors in cross section definition presentedF083700700006 by authors. F083700700007 STATUS (TABLE)Data were presented by authors (fig.6). F083700700008 ENDBIB 6 0 F083700700009 NOCOMMON 0 0 F083700700010 DATA 4 2 F083700700011 EN EN-ERR DATA DATA-ERR F083700700012 MEV MEV MB MB F083700700013 60.0 1.2 865. 67. F083700700014 57.4 3.76 716. 62. F083700700015 ENDDATA 4 0 F083700700016 ENDSUBENT 15 0 F083700799999 SUBENT F0837008 20180429 F069F083700800001 BIB 4 6 F083700800002 REACTION (82-PB-206(2-HE-6,2N)84-PO-210,,SIG) F083700800003 ERR-ANALYS (DATA-ERR) No information on source of uncertainties F083700800004 STATUS (TABLE)Data were received from authors (fig.8). F083700800005 (SPSDD,A0850002) according to S.M.Lukyanov's remark. F083700800006 HISTORY (20160423U) SD: STATUS "SPSDD" added. F083700800007 (20180429U) Prev.comments in HISTORY code corrected. F083700800008 ENDBIB 6 0 F083700800009 NOCOMMON 0 0 F083700800010 DATA 4 12 F083700800011 EN EN-ERR DATA DATA-ERR F083700800012 MEV MEV MB MB F083700800013 25.5 1.4 51.0 17.3 F083700800014 23.1 1.4 57.2 10. F083700800015 21.8 2. 28.8 7. F083700800016 20.3 1.6 71.4 15. F083700800017 20.2 2.8 45.1 8.4 F083700800018 18.6 3. 45.9 8.7 F083700800019 17.4 2. 40.7 5.5 F083700800020 16.9 3.1 25.2 6.4 F083700800021 15.0 3.3 13.2 4.7 F083700800022 14.2 2.3 19.4 3.8 F083700800023 12.8 3.5 9.2 3.7 F083700800024 10.3 2.5 5.53 2.0 F083700800025 ENDDATA 14 0 F083700800026 ENDSUBENT 25 0 F083700899999 SUBENT F0837009 20070313 F027F083700900001 BIB 3 6 F083700900002 REACTION (79-AU-197(2-HE-6,X)79-AU-198,,SIG) F083700900003 ERR-ANALYS (EN-ERR) Errors in energy definition presented by F083700900004 authors. F083700900005 (DATA-ERR) Errors in cross section definition presentedF083700900006 by authors. F083700900007 STATUS (TABLE)Data were presented by authors (fig.9). F083700900008 ENDBIB 6 0 F083700900009 NOCOMMON 0 0 F083700900010 DATA 4 31 F083700900011 EN EN-ERR DATA DATA-ERR F083700900012 MEV MEV MB MB F083700900013 60. 1.2 369. 30. F083700900014 57.4 3.62 301. 2.2 F083700900015 51.7 2.15 320. 6.4 F083700900016 47.4 2.31 352. 4. F083700900017 42.8 2.51 398. 8. F083700900018 42.5 1.45 331. 7. F083700900019 40.1 1.54 400. 21. F083700900020 37.8 2.75 439. 6. F083700900021 37.6 1.63 463. 15. F083700900022 34.9 1.71 600. 20. F083700900023 32.5 3.06 569. 4. F083700900024 32.2 1.86 744. 32. F083700900025 29.3 2.14 741. 9. F083700900026 28.1 2.82 696. 7. F083700900027 26.2 2.45 775. 10. F083700900028 24.9 3.08 1007. 8. F083700900029 24. 1.9 1209. 7. F083700900030 22.8 2. 1111. 9. F083700900031 22.5 0.3 1344. 23. F083700900032 21.4 2.1 1125. 9. F083700900033 20.1 2.2 1143. 15. F083700900034 19. 0.7 963. 27. F083700900035 18.8 2.25 779. 13. F083700900036 17.6 2.35 646. 21. F083700900037 17. 1.1 432. 6. F083700900038 16.4 2.46 538. 17. F083700900039 15.2 2.58 395. 3.6 F083700900040 14.7 1.3 92. 3.5 F083700900041 12.5 1.5 38. 1.7 F083700900042 9. 3. 5.3 0.6 F083700900043 6.8 3.5 0.98 0.25 F083700900044 ENDDATA 33 0 F083700900045 ENDSUBENT 44 0 F083700999999 SUBENT F0837010 20070313 F027F083701000001 BIB 3 6 F083701000002 REACTION (79-AU-197(2-HE-6,X)79-AU-196,,SIG) F083701000003 ERR-ANALYS (EN-ERR) Errors in energy definition presented by F083701000004 authors. F083701000005 (DATA-ERR) Errors in cross section definition presentedF083701000006 by authors. F083701000007 STATUS (TABLE)Data were presented by authors (fig.9). F083701000008 ENDBIB 6 0 F083701000009 NOCOMMON 0 0 F083701000010 DATA 4 35 F083701000011 EN EN-ERR DATA DATA-ERR F083701000012 MEV MEV MB MB F083701000013 60. 1.2 563. 33. F083701000014 57.4 3.76 479. 4. F083701000015 52.7 1.20 430. 27. F083701000016 50.7 1.28 377. 50. F083701000017 48.5 1.42 326. 20. F083701000018 46.4 1.57 273. 40. F083701000019 44.0 1.73 224. 30. F083701000020 42.5 1.45 171.5 18.9 F083701000021 41.6 1.85 157. 30. F083701000022 40.1 1.54 124.8 15.5 F083701000023 39.1 2.05 134. 5.0 F083701000024 37.6 1.63 74.5 3.4 F083701000025 36.6 2.22 88. 3.0 F083701000026 34.9 1.71 47.2 5.0 F083701000027 33.9 2.42 44. 3.0 F083701000028 32.2 1.86 18.3 2.4 F083701000029 31.1 2.62 13. 4.0 F083701000030 29.3 2.14 12.4 1.8 F083701000031 28.1 2.82 7. 4.0 F083701000032 26.2 2.45 10.1 1.3 F083701000033 24.9 3.09 5. 4.0 F083701000034 24.0 1.9 8.7 1.4 F083701000035 22.8 1.99 11.4 1.7 F083701000036 22.6 2.15 11.5 0.4 F083701000037 22.5 0.8 15.6 7.8 F083701000038 21.4 2.1 11.3 0.3 F083701000039 20.1 2.2 12. 1.3 F083701000040 18.8 2.25 10.3 1.1 F083701000041 17.6 2.35 8.6 0.3 F083701000042 16.8 1.2 12.2 8. F083701000043 16.4 2.46 8.9 0.7 F083701000044 15.2 2.58 7.7 2.0 F083701000045 14.7 1.4 8.7 4.7 F083701000046 9.0 3.0 4. 1.0 F083701000047 6.8 3.2 2.3 0.4 F083701000048 ENDDATA 37 0 F083701000049 ENDSUBENT 48 0 F083701099999 SUBENT F0837011 20070313 F027F083701100001 BIB 3 6 F083701100002 REACTION (79-AU-197(2-HE-6,X)79-AU-194,,SIG) F083701100003 ERR-ANALYS (EN-ERR) Errors in energy definition presented by F083701100004 authors. F083701100005 (DATA-ERR) Errors in cross section definition presentedF083701100006 by authors. F083701100007 STATUS (TABLE)Data were presented by authors (fig.9). F083701100008 ENDBIB 6 0 F083701100009 NOCOMMON 0 0 F083701100010 DATA 4 5 F083701100011 EN EN-ERR DATA DATA-ERR F083701100012 MEV MEV MB MB F083701100013 60.0 1.2 30. 7.0 F083701100014 57.4 3.76 27.6 1.7 F083701100015 52.7 1.20 12.7 2.5 F083701100016 50.7 1.28 11.8 4.1 F083701100017 48.5 1.42 8.4 F083701100018 ENDDATA 7 0 F083701100019 ENDSUBENT 18 0 F083701199999 SUBENT F0837012 20130618 F053F083701200001 BIB 3 3 F083701200002 REACTION (79-AU-197(2-HE-6,FUS),,SIG,ER) F083701200003 HISTORY (20130618A) SF1 in reaction was changed. F083701200004 STATUS (TABLE)Data were presented by authors. (Fig.10) F083701200005 ENDBIB 3 0 F083701200006 NOCOMMON 0 0 F083701200007 DATA 2 33 F083701200008 EN-CM DATA F083701200009 MEV MB F083701200010 58.2 2494.0 F083701200011 55.7 2819.0 F083701200012 51.2 2261.0 F083701200013 49.2 2232.0 F083701200014 47.1 2238.0 F083701200015 45.0 2080.0 F083701200016 42.7 2135.0 F083701200017 41.2 2451.0 F083701200018 40.4 2115.0 F083701200019 38.9 2312.0 F083701200020 38.0 1933.0 F083701200021 36.5 1970.0 F083701200022 35.5 2143.0 F083701200023 33.9 1863.0 F083701200024 32.9 1830.0 F083701200025 31.3 1535.0 F083701200026 30.2 1633.0 F083701200027 28.4 1373.0 F083701200028 27.3 1422.0 F083701200029 24.2 1115.0 F083701200030 23.3 878.0 F083701200031 22.1 671.0 F083701200032 20.8 445.0 F083701200033 20.1 289.0 F083701200034 19.5 305.0 F083701200035 18.9 142.0 F083701200036 18.2 176.0 F083701200037 17.7 76.1 F083701200038 17.1 76.0 F083701200039 16.5 38.0 F083701200040 15.9 38.0 F083701200041 15.4 13.4 F083701200042 14.8 12.0 F083701200043 ENDDATA 35 0 F083701200044 ENDSUBENT 43 0 F083701299999 SUBENT F0837013 20170905 F065F083701300001 BIB 4 7 F083701300002 REACTION (79-AU-197(2-HE-6,X)79-AU-199,,SIG) F083701300003 ERR-ANALYS (EN-ERR-DIG) Energy digitizing error F083701300004 (EN-ERR) No source of uncertainties is given. F083701300005 (ERR-DIG) Data digitizing error F083701300006 (DATA-ERR) No source of uncertainties is given. F083701300007 STATUS (CURVE) Fig.7 from FCY/L,3,(6),38,2006. F083701300008 HISTORY (20170714C) F083701300009 ENDBIB 7 0 F083701300010 COMMON 2 3 F083701300011 EN-ERR-DIG ERR-DIG F083701300012 MEV PER-CENT F083701300013 0.098 2.4 F083701300014 ENDCOMMON 3 0 F083701300015 DATA 4 2 F083701300016 EN EN-ERR DATA DATA-ERR F083701300017 MEV MEV MB MB F083701300018 44.213 1.0997 0.5045 F083701300019 56.300 3.7361 1.4948 1.2960 F083701300020 ENDDATA 4 0 F083701300021 ENDSUBENT 20 0 F083701399999 ENDENTRY 13 0 F083799999999