ENTRY D4081 20100317 D072D408100000001 SUBENT D4081001 20100317 D072D408100100001 BIB 9 34 D408100100002 TITLE New Cross-Sections and intercomparison of deuteron D408100100003 monitor reactions on Al, Ti, Fe, Ni and Cu D408100100004 AUTHOR (S.Takacs,F.Szelecsenyi,F.Tarkanyi,M.Sonck, D408100100005 A.Hermanne,Yu.Shubin,A.Dityuk,M.G.Mustafa, D408100100006 Zhuang Youxiang) D408100100007 REFERENCE (J,NIM/B,174,235,2001). Main Reference D408100100008 INSTITUTE (3HUNDEB,2BLGVUB) Inst. of Nucl. Res., Debrecen, D408100100009 Hungary, Free University of Brussels, Belgium D408100100010 FACILITY (CYCLO,2BLGVUB) D408100100011 (CYCLO,2BLGLVN) D408100100012 (CYCLO,3HUNDEB) D408100100013 SAMPLE Targets were high purity metal foils D408100100014 Al 92.6 microns D408100100015 Ti 12.1 microns D408100100016 Fe 14.3 microns D408100100017 Ni 15.5 microns D408100100018 Cu 47.5 microns D408100100019 METHOD (ACTIV,STTA,EXTB) Stacks contaning combinations of the D408100100020 foils were irradiated in Faraday cup for 1 to 2 hours D408100100021 with 32 to 65 nA deuteron beam. The Faraday cup D408100100022 was equipped with long collimator and electron D408100100023 supressor. The primary bombarding energy were 30 and D408100100024 50 MeV. The results obtained for the reactions on the D408100100025 Al foils also serve as internal monitors confirming D408100100026 the beam current measurements. The six studied D408100100027 reactions hence form a consistent database for D408100100028 monitoring. That was comfirmed by critical evaluation D408100100029 Of the available literature data. D408100100030 ANALYSIS (AREA) D408100100031 HISTORY (20010409U) Compiled by Sandor Takacs. D408100100032 (20060828A) KB Error in data table of subentry D408100100033 D4081009 was corrected. D408100100034 (20100317A) SD: Author's list was corrected: D408100100035 additional spaces were deleted. D408100100036 ENDBIB 34 0 D408100100037 NOCOMMON 0 0 D408100100038 ENDSUBENT 37 0 D408100199999 SUBENT D4081002 20010913 0000D408100200001 BIB 4 22 D408100200002 REACTION (13-AL-27(D,X)11-NA-22,,SIG) D408100200003 DECAY-DATA (11-NA-22,2.602YR,DG,1274.53,0.99937) D408100200004 STATUS Data were taken from Table 2. D408100200005 of the original publication D408100200006 ERR-ANALYS (EN-ERR) Uncertainty of the incident deuteron energy D408100200007 was estimated taking into account the cumulative D408100200008 Effects of the Primary Uncertainty Sources D408100200009 incident energy, foil thickness, beam straggling. D408100200010 The possible energy shift of a representing point in D408100200011 the excitation function ranges from +-0.3 upto D408100200012 +-1.5 MeV. D408100200013 (ERR-T) Total uncertainties of the cross section D408100200014 values were calculated as root-mean-square of all D408100200015 uncertainties added in quadrature. D408100200016 The estimated uncertainties on the cross sections D408100200017 were calculated taking into account D408100200018 Beam current 5-8% D408100200019 Number of target nuclei 3% D408100200020 Nuclear data 3% D408100200021 Detector efficiency 3-6% D408100200022 Peak area 1-5% D408100200023 Correction for recoil effect was about 5% D408100200024 ENDBIB 22 0 D408100200025 NOCOMMON 0 0 D408100200026 DATA 4 30 D408100200027 EN EN-ERR DATA ERR-T D408100200028 MEV MEV MB MB D408100200029 22. 0.9 0.05 0.008 D408100200030 23.7 0.6 0.6 0.06 D408100200031 27.9 1. 0.77 0.08 D408100200032 28.5 1. 1.23 0.12 D408100200033 29.4 0.9 1.3 0.13 D408100200034 29.7 0.8 0.9 0.09 D408100200035 31.6 0.8 1.61 0.16 D408100200036 32.8 0.8 2.22 0.22 D408100200037 33.5 0.7 2.45 0.25 D408100200038 34.6 0.7 3.2 0.32 D408100200039 34.8 0.7 3.22 0.32 D408100200040 35.5 0.7 3.91 0.39 D408100200041 36.7 0.7 4.99 0.5 D408100200042 37.4 0.6 6.06 0.61 D408100200043 38.5 0.6 7.67 0.77 D408100200044 39.2 0.6 8.21 0.82 D408100200045 39.7 0.7 8.9 0.89 D408100200046 40.3 0.5 9.97 1. D408100200047 42. 0.5 14.49 1.45 D408100200048 42.1 0.5 14.9 1.49 D408100200049 42.6 0.5 16.57 1.66 D408100200050 43.6 0.4 20.25 2.02 D408100200051 44.3 0.4 19.17 1.92 D408100200052 44.8 0.5 21.7 2.17 D408100200053 45.2 0.4 22.09 2.21 D408100200054 45.8 0.4 21.55 2.16 D408100200055 46.8 0.4 23.24 2.32 D408100200056 47.4 0.3 25.85 2.58 D408100200057 48.3 0.3 27.53 2.75 D408100200058 49.8 0.3 28.76 2.88 D408100200059 ENDDATA 32 0 D408100200060 ENDSUBENT 59 0 D408100299999 SUBENT D4081003 20010913 0000D408100300001 BIB 4 22 D408100300002 REACTION (13-AL-27(D,X)11-NA-24,,SIG) D408100300003 DECAY-DATA (11-NA-24,14.659HR,DG,1368.598,1.0) D408100300004 STATUS Data were taken from Table 3. D408100300005 of the original publication D408100300006 ERR-ANALYS (EN-ERR) Uncertainty of the incident deuteron energy D408100300007 was estimated taking into account the cumulative D408100300008 effects of the primary uncertainty sources D408100300009 incident energy, foil thickness, beam straggling. D408100300010 The possible energy shift of a representing point in D408100300011 the excitation function ranges from +-0.3 upto D408100300012 +-1.5 MeV. D408100300013 (ERR-T) Total uncertainties of the cross section D408100300014 values were calculated as root-mean-square of all D408100300015 uncertainties added in quadrature. D408100300016 The estimated uncertainties on the cross sections D408100300017 were calculated taking into account D408100300018 Beam current 5-8% D408100300019 Number of target nuclei 3% D408100300020 Nuclear data 3% D408100300021 Detector efficiency 3-6% D408100300022 Peak area 1-5% D408100300023 Correction for recoil effect was about 5% D408100300024 ENDBIB 22 0 D408100300025 NOCOMMON 0 0 D408100300026 DATA 4 40 D408100300027 EN EN-ERR DATA ERR-T D408100300028 MEV MEV MB MB D408100300029 12.7 0.5 0.35 0.04 D408100300030 13.2 0.5 1.76 0.18 D408100300031 14.9 0.4 4.78 0.48 D408100300032 15.5 0.6 13.89 1.39 D408100300033 17.1 0.4 22.51 2.25 D408100300034 17.3 0.7 25.12 2.51 D408100300035 19.7 0.6 42.45 4.24 D408100300036 22. 2. 53.48 5.39 D408100300037 22.2 2. 54.58 5.46 D408100300038 22.8 0.5 57.91 5.79 D408100300039 23.3 1. 56.18 5.62 D408100300040 23.7 0.4 60.38 6.04 D408100300041 23.9 2. 56.29 5.63 D408100300042 24.3 1.9 56.8 5.68 D408100300043 24.8 0.4 60.77 6.08 D408100300044 25.8 1.7 58.65 5.87 D408100300045 27.1 1.6 57.86 5.79 D408100300046 27.4 0.4 56.73 5.67 D408100300047 29.1 1.5 50.62 5.06 D408100300048 29.2 1.6 48.58 4.86 D408100300049 29.4 0.3 50.68 5.07 D408100300050 29.7 0.3 51.08 5.11 D408100300051 31.6 1.4 44.47 4.45 D408100300052 32.8 1.2 42.11 4.21 D408100300053 33.5 1.2 40.73 4.07 D408100300054 34.6 1.1 36.55 3.66 D408100300055 35.5 1. 35.05 3.51 D408100300056 36.7 0.9 33.67 3.37 D408100300057 38.5 0.8 31.8 3.18 D408100300058 39.2 0.8 30.7 3.07 D408100300059 39.7 0.7 29.53 2.95 D408100300060 40.3 0.7 27.4 2.74 D408100300061 42. 0.6 27.57 2.76 D408100300062 42.1 0.5 26.6 2.66 D408100300063 43.6 0.6 25.81 2.58 D408100300064 44.8 0.4 24.6 2.46 D408100300065 45.2 0.5 24.51 2.45 D408100300066 46.8 0.4 23.2 2.32 D408100300067 48.3 0.3 22.7 2.27 D408100300068 49.8 0.3 22.18 2.22 D408100300069 ENDDATA 42 0 D408100300070 ENDSUBENT 69 0 D408100399999 SUBENT D4081004 20010913 0000D408100400001 BIB 4 22 D408100400002 REACTION (22-TI-0(D,X)23-V-48,,SIG) D408100400003 DECAY-DATA (23-V-48,15.976D,DG,983.501,0.9999, D408100400004 DG,1312.046,0.9749) D408100400005 STATUS Data are from Table 4. of the original publication. D408100400006 ERR-ANALYS (EN-ERR) Uncertainty of the incident deuteron energy D408100400007 was estimated taking into account the cumulative D408100400008 effects of the primary uncertainty sources D408100400009 incident energy, foil thickness, beam straggling. D408100400010 The possible energy shift of a representing point in D408100400011 the excitation function ranges from +-0.3 upto D408100400012 +-1.5 MeV. D408100400013 (ERR-T) Total uncertainties of the cross section D408100400014 values were calculated as root-mean-square of all D408100400015 uncertainties added in quadrature. D408100400016 The estimated uncertainties on the cross sections D408100400017 were calculated taking into account D408100400018 Beam current 5-8% D408100400019 Number of target nuclei 3% D408100400020 Nuclear data 3% D408100400021 Detector efficiency 3-6% D408100400022 Peak area 1-5% D408100400023 Correction for recoil effect was about 5% D408100400024 ENDBIB 22 0 D408100400025 NOCOMMON 0 0 D408100400026 DATA 4 40 D408100400027 EN EN-ERR DATA ERR-T D408100400028 MEV MEV MB MB D408100400029 7.2 0.9 20.8 3.1 D408100400030 7.8 0.6 19.8 2.3 D408100400031 11.4 0.8 147.5 17.3 D408100400032 15.9 0.5 300.6 34. D408100400033 16.1 0.6 323.8 37.3 D408100400034 18.8 0.5 315.8 36.7 D408100400035 21.2 0.5 296.3 34.2 D408100400036 21.8 0.4 273.2 30.8 D408100400037 22.9 1.2 233.4 26.3 D408100400038 23.1 1.2 225.7 25.5 D408100400039 24.2 0.4 230. 26.6 D408100400040 25.9 0.4 187.7 22.2 D408100400041 26.2 1.1 171.1 19.3 D408100400042 26.3 1.1 165.1 18.7 D408100400043 26.5 0.3 171.9 19.4 D408100400044 29.7 0.3 154.4 17.4 D408100400045 29.8 0.9 126.1 14.4 D408100400046 29.9 0.9 128.9 14.8 D408100400047 31.9 0.8 107.9 12.3 D408100400048 32. 0.8 105.2 12. D408100400049 33.9 0.7 98.8 11.2 D408100400050 34. 0.7 91.9 10.4 D408100400051 35.9 0.7 88.1 10. D408100400052 36. 0.7 89.2 10.4 D408100400053 37.7 0.6 80.6 9.1 D408100400054 37.8 0.6 77.5 8.8 D408100400055 39.5 0.6 73.9 8.4 D408100400056 39.6 0.5 72.2 8.3 D408100400057 41.2 0.5 64. 7.2 D408100400058 41.3 0.5 61.9 7. D408100400059 42.6 0.5 64. 7.3 D408100400060 42.9 0.4 59.6 6.9 D408100400061 44.5 0.4 59.9 6.8 D408100400062 44.6 0.4 56.4 6.4 D408100400063 46.1 0.4 56.1 6.4 D408100400064 46.2 0.4 54.5 6.2 D408100400065 47.7 0.3 53.3 6.1 D408100400066 47.7 0.3 51. 5.7 D408100400067 49.2 0.3 48.1 5.6 D408100400068 49.2 0.3 49.5 5.7 D408100400069 ENDDATA 42 0 D408100400070 ENDSUBENT 69 0 D408100499999 SUBENT D4081005 20010913 0000D408100500001 BIB 4 22 D408100500002 REACTION (26-FE-0(D,X)27-CO-56,,SIG) D408100500003 DECAY-DATA (27-CO-56,77.7D,DG,846.812,0.999, D408100500004 DG,1037.879,0.141) D408100500005 STATUS Data were taken from Table 5. of original publication.D408100500006 ERR-ANALYS (EN-ERR) Uncertainty of the incident deuteron energy D408100500007 was estimated taking into account the cumulative D408100500008 effects of the primary uncertainty sources D408100500009 incident energy, foil thickness, beam straggling. D408100500010 The possible energy shift of a representing point in D408100500011 the excitation function ranges from +-0.3 upto D408100500012 +-1.5 MeV. D408100500013 (ERR-T) Total uncertainties of the cross section D408100500014 values were calculated as root-mean-square of all D408100500015 uncertainties added in quadrature. D408100500016 The estimated uncertainties on the cross sections D408100500017 were calculated taking into account D408100500018 Beam current 5-8% D408100500019 Number of target nuclei 3% D408100500020 Nuclear data 3% D408100500021 Detector efficiency 3-6% D408100500022 Peak area 1-5% D408100500023 Correction for recoil effect was about 5% D408100500024 ENDBIB 22 0 D408100500025 NOCOMMON 0 0 D408100500026 DATA 4 19 D408100500027 EN EN-ERR DATA ERR-T D408100500028 MEV MEV MB MB D408100500029 10.4 0.7 85.7 9.9 D408100500030 18.4 0.5 268.9 28.2 D408100500031 21.9 1.3 229.9 26.2 D408100500032 23.7 0.4 200. 22.9 D408100500033 25.3 1.1 159.5 18.1 D408100500034 28.2 0.3 130.8 15.2 D408100500035 28.9 0.3 120. 13.8 D408100500036 29. 0.9 106.9 12.3 D408100500037 31.1 0.8 90.5 10.3 D408100500038 33.2 0.8 78.2 9. D408100500039 35.2 0.7 73.9 8.7 D408100500040 37. 0.6 67.4 7.8 D408100500041 38.8 0.6 59. 6.9 D408100500042 40.6 0.5 59.9 7.2 D408100500043 42.3 0.5 51.5 6.3 D408100500044 43.9 0.4 48.8 5.9 D408100500045 45.5 0.4 43.5 5.3 D408100500046 47.1 0.4 44.2 5.2 D408100500047 48.6 0.3 39. 4.7 D408100500048 ENDDATA 21 0 D408100500049 ENDSUBENT 48 0 D408100599999 SUBENT D4081006 20010913 0000D408100600001 BIB 4 22 D408100600002 REACTION (28-NI-0(D,X)29-CU-61,,SIG) D408100600003 DECAY-DATA (29-CU-61,3.408HR,DG,282.9593,0.125, D408100600004 DG,656.012,0.1066) D408100600005 STATUS Data were taken from Table 6. of original publication.D408100600006 ERR-ANALYS (EN-ERR) Uncertainty of the incident deuteron energy D408100600007 was estimated taking into account the cumulative D408100600008 effects of the primary uncertainty sources D408100600009 incident energy, foil thickness, beam straggling. D408100600010 The possible energy shift of a representing point in D408100600011 the excitation function ranges from +-0.3 upto D408100600012 +-1.5 MeV. D408100600013 (ERR-T) Total uncertainties of the cross section D408100600014 values were calculated as root-mean-square of all D408100600015 uncertainties added in quadrature. D408100600016 The estimated uncertainties on the cross sections D408100600017 were calculated taking into account D408100600018 Beam current 5-8% D408100600019 Number of target nuclei 3% D408100600020 Nuclear data 3% D408100600021 Detector efficiency 3-6% D408100600022 Peak area 1-5% D408100600023 Correction for recoil effect was about 5% D408100600024 ENDBIB 22 0 D408100600025 NOCOMMON 0 0 D408100600026 DATA 4 21 D408100600027 EN EN-ERR DATA ERR-T D408100600028 MEV MEV MB MB D408100600029 10.9 0.6 43.8 4.9 D408100600030 23.3 0.4 18.1 2.1 D408100600031 24.9 1.8 13.8 1.6 D408100600032 26.2 1.7 14.4 1.7 D408100600033 27.9 0.3 14.4 1.7 D408100600034 28.3 1.5 14.8 1.8 D408100600035 29.2 0.3 15.6 1.8 D408100600036 29.5 1.5 14.9 1.8 D408100600037 32.4 1.1 13.6 1.6 D408100600038 33.7 1. 12.6 1.5 D408100600039 35.1 0.9 12.8 1.5 D408100600040 36.6 0.8 12.5 1.5 D408100600041 37.8 0.8 11.1 1.4 D408100600042 38.6 0.8 11.8 1.4 D408100600043 41.7 0.6 10.9 1.3 D408100600044 42.5 0.5 11.3 1.4 D408100600045 43.9 0.5 8.7 1.1 D408100600046 44.4 0.5 10.6 1.3 D408100600047 46.5 0.4 10.2 1.3 D408100600048 47.5 0.4 10.3 1.3 D408100600049 48.5 0.3 9.3 1.1 D408100600050 ENDDATA 23 0 D408100600051 ENDSUBENT 50 0 D408100699999 SUBENT D4081007 20010913 0000D408100700001 BIB 4 21 D408100700002 REACTION (29-CU-0(D,X)30-ZN-65,,SIG) D408100700003 DECAY-DATA (30-ZN-65,244.1D,DG,1115.518,0.5075) D408100700004 STATUS Data were taken from Table 7. of original publication.D408100700005 ERR-ANALYS (EN-ERR) Uncertainty of the incident deuteron energy D408100700006 was estimated taking into account the cumulative D408100700007 effects of the primary uncertainty sources D408100700008 incident energy, foil thickness, beam straggling. D408100700009 The possible energy shift of a representing point in D408100700010 the excitation function ranges from +-0.3 upto D408100700011 +-1.5 MeV. D408100700012 (ERR-T) Total uncertainties of the cross section D408100700013 values were calculated as root-mean-square of all D408100700014 uncertainties added in quadrature. D408100700015 The estimated uncertainties on the cross sections D408100700016 were calculated taking into account D408100700017 Beam current 5-8% D408100700018 Number of target nuclei 3% D408100700019 Nuclear data 3% D408100700020 Detector efficiency 3-6% D408100700021 Peak area 1-5% D408100700022 Correction for recoil effect was about 5% D408100700023 ENDBIB 21 0 D408100700024 NOCOMMON 0 0 D408100700025 DATA 4 21 D408100700026 EN EN-ERR DATA ERR-T D408100700027 MEV MEV MB MB D408100700028 5.3 0.7 3.5 0.4 D408100700029 14.6 0.5 260.1 31.2 D408100700030 20.7 0.4 193.3 23.2 D408100700031 25.5 0.4 108. 13. D408100700032 25.6 1.7 106.7 12.8 D408100700033 26.8 1.6 88.8 10.7 D408100700034 30.1 1.3 64.3 7.7 D408100700035 31.5 1.2 60.3 7.2 D408100700036 32.9 1.1 50.8 6.1 D408100700037 34.3 1. 48.8 5.9 D408100700038 35.6 0.9 41.6 5. D408100700039 37.1 0.8 40.6 4.9 D408100700040 39.1 0.7 36.9 4.4 D408100700041 40.5 0.6 32.6 3.9 D408100700042 42.1 0.6 31.4 3.8 D408100700043 43. 0.5 30.9 3.7 D408100700044 44.8 0.5 28. 3.4 D408100700045 45.8 0.4 27.1 3.3 D408100700046 46.9 0.4 26. 3.1 D408100700047 47.9 0.4 25. 3. D408100700048 48.9 0.3 26.1 3.1 D408100700049 ENDDATA 23 0 D408100700050 ENDSUBENT 49 0 D408100799999 SUBENT D4081008 20010913 0000D408100800001 BIB 3 6 D408100800002 REACTION 1(13-AL-27(D,X)11-NA-22,,SIG,,,RECOM) D408100800003 2(13-AL-27(D,X)11-NA-24,,SIG,,,RECOM) D408100800004 STATUS Data are from Table 8. of the original publication. D408100800005 These are recommended data D408100800006 ANALYSIS Recommended data were calculated by using statistical D408100800007 fit (PADE OR SPLINE) over the selected data sets. D408100800008 ENDBIB 6 0 D408100800009 NOCOMMON 0 0 D408100800010 DATA 3 131 D408100800011 EN DATA 1DATA 2 D408100800012 MEV MB MB D408100800013 15. 15.4 D408100800014 15.5 19. D408100800015 16. 22.6 D408100800016 16.5 26.1 D408100800017 17. 29.4 D408100800018 17.5 32.6 D408100800019 18. 35.7 D408100800020 18.5 38.6 D408100800021 19. 41.3 D408100800022 19.5 43.9 D408100800023 20. 46.4 D408100800024 20.5 48.7 D408100800025 21. 50.8 D408100800026 21.5 52.7 D408100800027 22. 54.3 D408100800028 22.5 55.7 D408100800029 23. 56.8 D408100800030 23.5 57.6 D408100800031 24. 58. D408100800032 24.5 58.2 D408100800033 25. 58.1 D408100800034 25.5 57.7 D408100800035 26. 57.1 D408100800036 26.5 56.3 D408100800037 27. 55.3 D408100800038 27.5 54.1 D408100800039 28. 52.9 D408100800040 28.5 51.5 D408100800041 29. 50.1 D408100800042 29.5 1.18 48.7 D408100800043 30. 1.34 47.3 D408100800044 30.5 1.52 45.9 D408100800045 31. 1.73 44.5 D408100800046 31.5 1.95 43.1 D408100800047 32. 2.19 41.8 D408100800048 32.5 2.47 40.6 D408100800049 33. 2.76 39.4 D408100800050 33.5 3.09 38.2 D408100800051 34. 3.44 37.1 D408100800052 34.5 3.83 36.1 D408100800053 35. 4.26 35.1 D408100800054 35.5 4.72 34.2 D408100800055 36. 5.21 33.3 D408100800056 36.5 5.75 32.5 D408100800057 37. 6.33 31.7 D408100800058 37.5 6.95 31. D408100800059 38. 7.62 30.3 D408100800060 38.5 8.33 29.7 D408100800061 39. 9.09 29.1 D408100800062 39.5 9.89 28.5 D408100800063 40. 10.7 28. D408100800064 40.5 11.6 27.5 D408100800065 41. 12.6 27. D408100800066 41.5 13.5 26.6 D408100800067 42. 14.5 26.2 D408100800068 42.5 15.6 25.8 D408100800069 43. 16.6 25.5 D408100800070 43.5 17.7 25.2 D408100800071 44. 18.8 24.8 D408100800072 44.5 19.9 24.6 D408100800073 45. 21. 24.3 D408100800074 45.5 22. 24. D408100800075 46. 23.1 23.8 D408100800076 46.5 24.2 23.6 D408100800077 47. 25.2 23.4 D408100800078 47.5 26.1 23.2 D408100800079 48. 27.1 23. D408100800080 48.5 28. 22.8 D408100800081 49. 28.8 22.7 D408100800082 49.5 29.6 22.6 D408100800083 50. 30.3 22.4 D408100800084 50.5 31. 22.3 D408100800085 51. 31.6 22.2 D408100800086 51.5 32.2 22.1 D408100800087 52. 32.7 22. D408100800088 52.5 33.1 21.9 D408100800089 53. 33.5 21.8 D408100800090 53.5 33.9 21.8 D408100800091 54. 34.2 21.7 D408100800092 54.5 34.5 21.6 D408100800093 55. 34.7 21.6 D408100800094 55.5 34.9 21.5 D408100800095 56. 35.1 21.5 D408100800096 56.5 35.2 21.4 D408100800097 57. 35.3 21.4 D408100800098 57.5 35.4 21.4 D408100800099 58. 35.5 21.4 D408100800100 58.5 35.5 21.3 D408100800101 59. 35.5 21.3 D408100800102 59.5 35.6 21.3 D408100800103 60. 35.6 21.3 D408100800104 60.5 35.6 21.3 D408100800105 61. 35.6 21.3 D408100800106 61.5 35.5 21.3 D408100800107 62. 35.5 21.3 D408100800108 62.5 35.5 21.3 D408100800109 63. 35.5 21.3 D408100800110 63.5 35.4 21.3 D408100800111 64. 35.4 21.4 D408100800112 64.5 35.4 21.4 D408100800113 65. 35.4 21.4 D408100800114 65.5 35.3 21.4 D408100800115 66. 35.3 21.4 D408100800116 66.5 35.3 21.5 D408100800117 67. 35.3 21.5 D408100800118 67.5 35.3 21.5 D408100800119 68. 35.2 21.6 D408100800120 68.5 35.2 21.6 D408100800121 69. 35.2 21.6 D408100800122 69.5 35.2 21.7 D408100800123 70. 35.2 21.7 D408100800124 70.5 35.2 21.7 D408100800125 71. 35.2 21.8 D408100800126 71.5 35.2 21.8 D408100800127 72. 35.2 21.9 D408100800128 72.5 35.3 21.9 D408100800129 73. 35.3 22. D408100800130 73.5 35.3 22. D408100800131 74. 35.3 22.1 D408100800132 74.5 35.4 22.1 D408100800133 75. 35.4 22.2 D408100800134 75.5 35.4 22.2 D408100800135 76. 35.5 22.3 D408100800136 76.5 35.5 22.3 D408100800137 77. 35.6 22.4 D408100800138 77.5 35.6 22.4 D408100800139 78. 35.6 22.5 D408100800140 78.5 35.7 22.5 D408100800141 79. 35.7 22.6 D408100800142 79.5 35.8 22.7 D408100800143 80. 35.8 22.7 D408100800144 ENDDATA 133 0 D408100800145 ENDSUBENT 144 0 D408100899999 SUBENT D4081009 20060828 D049D408100900001 BIB 3 5 D408100900002 REACTION (22-TI-0(D,X)23-V-48,,SIG,,,RECOM) D408100900003 STATUS Data are from Table 8. of the original publication. D408100900004 These are recommended data D408100900005 ANALYSIS Recommended data were calculated by using statistical D408100900006 fit (PADE OR SPLINE) over the selected data sets. D408100900007 ENDBIB 5 0 D408100900008 NOCOMMON 0 0 D408100900009 DATA 2 85 D408100900010 EN DATA D408100900011 MEV MB D408100900012 8. 31. D408100900013 8.5 51.5 D408100900014 9. 80.1 D408100900015 9.5 112.4 D408100900016 10. 144.9 D408100900017 10.5 175.7 D408100900018 11. 203.6 D408100900019 11.5 228.2 D408100900020 12. 249.4 D408100900021 12.5 267.3 D408100900022 13. 281.8 D408100900023 13.5 293.4 D408100900024 14. 302.3 D408100900025 14.5 308.9 D408100900026 15. 313.5 D408100900027 15.5 316.4 D408100900028 16. 318.2 D408100900029 16.5 318.9 D408100900030 17. 318.8 D408100900031 17.5 318.1 D408100900032 18. 316.7 D408100900033 18.5 314.6 D408100900034 19. 311.7 D408100900035 19.5 307.7 D408100900036 20. 302.5 D408100900037 20.5 296. D408100900038 21. 287.9 D408100900039 21.5 278.4 D408100900040 22. 267.7 D408100900041 22.5 256. D408100900042 23. 243.8 D408100900043 23.5 231.4 D408100900044 24. 219.1 D408100900045 24.5 207.3 D408100900046 25. 196. D408100900047 25.5 185.5 D408100900048 26. 175.8 D408100900049 26.5 166.8 D408100900050 27. 158.5 D408100900051 27.5 151. D408100900052 28. 144. D408100900053 28.5 137.7 D408100900054 29. 131.9 D408100900055 29.5 126.5 D408100900056 30. 121.6 D408100900057 30.5 117. D408100900058 31. 112.8 D408100900059 31.5 108.9 D408100900060 32. 105.2 D408100900061 32.5 101.9 D408100900062 33. 99. D408100900063 33.5 96. D408100900064 34. 93. D408100900065 34.5 90. D408100900066 35. 87.8 D408100900067 35.5 85.4 D408100900068 36. 83.2 D408100900069 36.5 81.1 D408100900070 37. 79.1 D408100900071 37.5 77.2 D408100900072 38. 75.4 D408100900073 38.5 73.7 D408100900074 39. 72. D408100900075 39.5 70.5 D408100900076 40. 69. D408100900077 40.5 67.5 D408100900078 41. 66.1 D408100900079 41.5 64.8 D408100900080 42. 63.5 D408100900081 42.5 62.3 D408100900082 43. 61.1 D408100900083 43.5 60. D408100900084 44. 58.9 D408100900085 44.5 57.9 D408100900086 45. 56.8 D408100900087 45.5 55.9 D408100900088 46. 54.9 D408100900089 46.5 54. D408100900090 47. 53.1 D408100900091 47.5 52.2 D408100900092 48. 54.1 D408100900093 48.5 50.6 D408100900094 49. 49.8 D408100900095 49.5 49.1 D408100900096 50. 48.3 D408100900097 ENDDATA 87 0 D408100900098 ENDSUBENT 97 0 D408100999999 SUBENT D4081010 20010913 0000D408101000001 BIB 3 5 D408101000002 REACTION (26-FE-0(D,X)27-CO-56,,SIG,,,RECOM) D408101000003 STATUS Data are from Table 8. of the original publication. D408101000004 These are recommended data D408101000005 ANALYSIS Recommended data were calculated by using statistical D408101000006 fit (PADE OR SPLINE) over the selected data sets. D408101000007 ENDBIB 5 0 D408101000008 NOCOMMON 0 0 D408101000009 DATA 2 85 D408101000010 EN DATA D408101000011 MEV MB D408101000012 8. 0.4 D408101000013 8.5 10.2 D408101000014 9. 26. D408101000015 9.5 46. D408101000016 10. 73.1 D408101000017 10.5 117.7 D408101000018 11. 150.3 D408101000019 11.5 170.3 D408101000020 12. 187.4 D408101000021 12.5 205.7 D408101000022 13. 224.6 D408101000023 13.5 241.3 D408101000024 14. 255.1 D408101000025 14.5 266.2 D408101000026 15. 274.5 D408101000027 15.5 280. D408101000028 16. 283.8 D408101000029 16.5 287.1 D408101000030 17. 289.9 D408101000031 17.5 292.2 D408101000032 18. 293.9 D408101000033 18.5 294.6 D408101000034 19. 294.4 D408101000035 19.5 293.2 D408101000036 20. 289.4 D408101000037 20.5 282.2 D408101000038 21. 271.5 D408101000039 21.5 258.3 D408101000040 22. 244.6 D408101000041 22.5 230.5 D408101000042 23. 215.9 D408101000043 23.5 201. D408101000044 24. 187.2 D408101000045 24.5 174.6 D408101000046 25. 163.1 D408101000047 25.5 152.9 D408101000048 26. 143.9 D408101000049 26.5 136.1 D408101000050 27. 129.5 D408101000051 27.5 124.1 D408101000052 28. 119.9 D408101000053 28.5 116.3 D408101000054 29. 112.7 D408101000055 29.5 109.2 D408101000056 30. 105.8 D408101000057 30.5 102.5 D408101000058 31. 99.2 D408101000059 31.5 96.1 D408101000060 32. 93. D408101000061 32.5 90.1 D408101000062 33. 87.2 D408101000063 33.5 84.4 D408101000064 34. 81.7 D408101000065 34.5 79.1 D408101000066 35. 76.6 D408101000067 35.5 74.2 D408101000068 36. 71.8 D408101000069 36.5 69.6 D408101000070 37. 67.4 D408101000071 37.5 65.3 D408101000072 38. 63.4 D408101000073 38.5 61.5 D408101000074 39. 59.7 D408101000075 39.5 57.9 D408101000076 40. 56.3 D408101000077 40.5 54.8 D408101000078 41. 53.3 D408101000079 41.5 51.9 D408101000080 42. 50.7 D408101000081 42.5 49.5 D408101000082 43. 48.4 D408101000083 43.5 47.4 D408101000084 44. 46.5 D408101000085 44.5 45.6 D408101000086 45. 44.9 D408101000087 45.5 44.2 D408101000088 46. 43.7 D408101000089 46.5 43.2 D408101000090 47. 42.8 D408101000091 47.5 42.5 D408101000092 48. 42.3 D408101000093 48.5 42.2 D408101000094 49. 42.1 D408101000095 49.5 42. D408101000096 50. 42. D408101000097 ENDDATA 87 0 D408101000098 ENDSUBENT 97 0 D408101099999 SUBENT D4081011 20010913 0000D408101100001 BIB 3 5 D408101100002 REACTION (28-NI-0(D,X)29-CU-61,,SIG,,,RECOM) D408101100003 STATUS Data are from Table 8. of the original publication. D408101100004 These are recommended data D408101100005 ANALYSIS Recommended data were calculated by using statistical D408101100006 fit (PADE OR SPLINE) over the selected data sets. D408101100007 ENDBIB 5 0 D408101100008 NOCOMMON 0 0 D408101100009 DATA 2 85 D408101100010 EN DATA D408101100011 MEV MB D408101100012 8. 70.7 D408101100013 8.5 65. D408101100014 9. 59.5 D408101100015 9.5 54.5 D408101100016 10. 50.1 D408101100017 10.5 46.2 D408101100018 11. 42.9 D408101100019 11.5 40. D408101100020 12. 37.5 D408101100021 12.5 35.3 D408101100022 13. 33.3 D408101100023 13.5 31.6 D408101100024 14. 30. D408101100025 14.5 28.7 D408101100026 15. 27.4 D408101100027 15.5 26.3 D408101100028 16. 25.3 D408101100029 16.5 24.4 D408101100030 17. 23.5 D408101100031 17.5 22.8 D408101100032 18. 22.1 D408101100033 18.5 21.4 D408101100034 19. 20.8 D408101100035 19.5 20.2 D408101100036 20. 19.7 D408101100037 20.5 19.2 D408101100038 21. 18.8 D408101100039 21.5 18.3 D408101100040 22. 17.9 D408101100041 22.5 17.6 D408101100042 23. 17.2 D408101100043 23.5 16.9 D408101100044 24. 16.5 D408101100045 24.5 16.2 D408101100046 25. 15.9 D408101100047 25.5 15.7 D408101100048 26. 15.4 D408101100049 26.5 15.2 D408101100050 27. 14.9 D408101100051 27.5 14.7 D408101100052 28. 14.5 D408101100053 28.5 14.3 D408101100054 29. 14.1 D408101100055 29.5 13.9 D408101100056 30. 13.7 D408101100057 30.5 13.5 D408101100058 31. 13.3 D408101100059 31.5 13.2 D408101100060 32. 13. D408101100061 32.5 12.9 D408101100062 33. 12.7 D408101100063 33.5 12.6 D408101100064 34. 12.4 D408101100065 34.5 12.3 D408101100066 35. 12.2 D408101100067 35.5 12. D408101100068 36. 11.9 D408101100069 36.5 11.8 D408101100070 37. 11.7 D408101100071 37.5 11.6 D408101100072 38. 11.4 D408101100073 38.5 11.3 D408101100074 39. 11.2 D408101100075 39.5 11.1 D408101100076 40. 11. D408101100077 40.5 10.9 D408101100078 41. 10.8 D408101100079 41.5 10.7 D408101100080 42. 10.7 D408101100081 42.5 10.6 D408101100082 43. 10.5 D408101100083 43.5 10.4 D408101100084 44. 10.3 D408101100085 44.5 10.2 D408101100086 45. 10.2 D408101100087 45.5 10.1 D408101100088 46. 10. D408101100089 46.5 9.9 D408101100090 47. 9.9 D408101100091 47.5 9.8 D408101100092 48. 9.7 D408101100093 48.5 9.7 D408101100094 49. 9.6 D408101100095 49.5 9.5 D408101100096 50. 9.5 D408101100097 ENDDATA 87 0 D408101100098 ENDSUBENT 97 0 D408101199999 SUBENT D4081012 20010913 0000D408101200001 BIB 3 5 D408101200002 REACTION (29-CU-0(D,X)30-ZN-65,,SIG,,,RECOM) D408101200003 STATUS Data are from Table 8. of the original publication. D408101200004 These are recommended data D408101200005 ANALYSIS Recommended data were calculated by using statistical D408101200006 fit (PADE OR SPLINE) over the selected data sets. D408101200007 ENDBIB 5 0 D408101200008 NOCOMMON 0 0 D408101200009 DATA 2 90 D408101200010 EN DATA D408101200011 MEV MB D408101200012 5.5 10.2 D408101200013 6. 29.3 D408101200014 6.5 50.7 D408101200015 7. 73.1 D408101200016 7.5 95.4 D408101200017 8. 116.9 D408101200018 8.5 137.1 D408101200019 9. 155.9 D408101200020 9.5 173. D408101200021 10. 188.5 D408101200022 10.5 202.2 D408101200023 11. 214.3 D408101200024 11.5 224.8 D408101200025 12. 233.7 D408101200026 12.5 241.1 D408101200027 13. 247.2 D408101200028 13.5 252. D408101200029 14. 255.6 D408101200030 14.5 258. D408101200031 15. 259.3 D408101200032 15.5 259.4 D408101200033 16. 258.4 D408101200034 16.5 256.1 D408101200035 17. 252.7 D408101200036 17.5 248.1 D408101200037 18. 242.6 D408101200038 18.5 236.1 D408101200039 19. 228.8 D408101200040 19.5 220.9 D408101200041 20. 212.4 D408101200042 20.5 203.5 D408101200043 21. 194.2 D408101200044 21.5 184.8 D408101200045 22. 175.2 D408101200046 22.5 165.6 D408101200047 23. 156.1 D408101200048 23.5 146.7 D408101200049 24. 137.5 D408101200050 24.5 128.7 D408101200051 25. 120.2 D408101200052 25.5 112.2 D408101200053 26. 104.8 D408101200054 26.5 97.9 D408101200055 27. 91.7 D408101200056 27.5 86.2 D408101200057 28. 81.2 D408101200058 28.5 76.7 D408101200059 29. 72.7 D408101200060 29.5 69.1 D408101200061 30. 65.9 D408101200062 30.5 63.1 D408101200063 31. 60.5 D408101200064 31.5 58.1 D408101200065 32. 55.8 D408101200066 32.5 53.7 D408101200067 33. 51.7 D408101200068 33.5 49.8 D408101200069 34. 48.1 D408101200070 34.5 46.5 D408101200071 35. 44.9 D408101200072 35.5 43.5 D408101200073 36. 42.3 D408101200074 36.5 41.2 D408101200075 37. 40.1 D408101200076 37.5 39.2 D408101200077 38. 38.2 D408101200078 38.5 37.3 D408101200079 39. 36.6 D408101200080 39.5 35.4 D408101200081 40. 34.4 D408101200082 40.5 33.6 D408101200083 41. 32.8 D408101200084 41.5 32.2 D408101200085 42. 31.6 D408101200086 42.5 31. D408101200087 43. 30.4 D408101200088 43.5 29.8 D408101200089 44. 29.2 D408101200090 44.5 28.6 D408101200091 45. 27.9 D408101200092 45.5 27.4 D408101200093 46. 26.8 D408101200094 46.5 26.4 D408101200095 47. 26. D408101200096 47.5 25.8 D408101200097 48. 25.7 D408101200098 48.5 25.7 D408101200099 49. 25.6 D408101200100 49.5 25.6 D408101200101 50. 25.5 D408101200102 ENDDATA 92 0 D408101200103 ENDSUBENT 102 0 D408101299999 ENDENTRY 12 0 D408199999999