ENTRY D4112 20070220 D052D411200000001 SUBENT D4112001 20070220 D052D411200100001 BIB 11 44 D411200100002 TITLE Investigation of 3He-induced reactions on natural Ti D411200100003 for nuclear analytical and radionuclide production D411200100004 purposes D411200100005 AUTHOR (F.Ditroi,F.Tarkanyi,M.A.Ali,L.Ando,S.J.Heselius, D411200100006 Yu.Shubin,Z.Youxiang,M.G.Mustafa) D411200100007 INSTITUTE (3HUNDEB) Inst. of Nucl. Res. Debrecen, Hungary D411200100008 (3EGYCAI) Nuclear Research Center, Cairo, Egypt D411200100009 (2SF ABA) Abo Akademi Univ. Turku, Finnland D411200100010 (1USALRL) Lawrence Livermore Nat. Lab., Livermore, Ca D411200100011 (4RUSFEI) Inst. of Physics and Power Engineering, D411200100012 Obninsk, Russia D411200100013 (3CPRAEP) China Nucl. Data Cent., China Inst. of D411200100014 Atomic Energy, Beijing, China D411200100015 REFERENCE (J,NIM/B,168,337,2000) D411200100016 FACILITY (CYCLO,2SF ABA) MGC 20E Cyclotron, Abo Akademi Univ. D411200100017 (CYCLO,3HUNDEB) MGC 20E Cyclotron, Debrecen, Hungary D411200100018 (CYCLO,2GERJUL) CV-28 Cyclotron, Juelich,Germany D411200100019 SAMPLE High purity metallic foils (>99.9%) from Goodfellow. D411200100020 Al 9 micron D411200100021 Ti 13.6 micron D411200100022 METHOD (ACTIV,EXTB,STTA,GSPEC) Stacked target technique was D411200100023 used. Stacks contained foils in a Ti-Al seguence. Al D411200100024 foil served as energy degrader and catcher foil. D411200100025 Cu foils were used as monitors. Irradiations were done D411200100026 at 18, 27 and 36 MeV. D411200100027 Decay data were taken from R.B.Firestone, V.S.Shirley D411200100028 [Ed], Table of Isotopes, Wiley Interscience, New York, D411200100029 1996. D411200100030 Elemental cross section was deterined. D411200100031 Study of recoiled reaction products were performed. D411200100032 DETECTOR (HPGE) High purity Ge gamma detector D411200100033 MONITOR (29-CU-0(HE3,X)31-GA-66,,SIG) Several monitor foils D411200100034 and target foils were placed in the same stack. This D411200100035 way the whole excitation function of the monitor D411200100036 reaction was remeasured and compared with the D411200100037 recommended values. It made possible simultaneous D411200100038 determination of the bombarding energy and beam D411200100039 intensity. Also in to check the energy degradation D411200100040 along the stack. D411200100041 MONIT-REF (,F.TARKANYI+,R,IAEA-1211,2001) Chapter 4 D411200100042 HISTORY (20030427C) Ts D411200100043 (20040120) Finalized at NDS D411200100044 (20070220A) KB Some energy data in Subentry D4112008 D411200100045 were corrected. D411200100046 ENDBIB 44 0 D411200100047 NOCOMMON 0 0 D411200100048 ENDSUBENT 47 0 D411200199999 SUBENT D4112002 20030514 0000D411200200001 BIB 4 11 D411200200002 REACTION (22-TI-0(HE3,X)23-V-48,,SIG) D411200200003 DECAY-DATA (23-V-48,15.97D,DG,983.517,0.9998) D411200200004 ERR-ANALYS No energy uncertainty is given. D411200200005 The energy attenuation was calculated by D411200200006 using the polynomial approximation of Andersen and D411200200007 Ziegler along the stacks. D411200200008 (ERR-T)The average total error of the data was about D411200200009 10%. D411200200010 STATUS Numerical data were taken from Table 2. of the D411200200011 publication. D411200200012 Approved by F. Tarkanyi D411200200013 ENDBIB 11 0 D411200200014 NOCOMMON 0 0 D411200200015 DATA 3 63 D411200200016 EN DATA ERR-T D411200200017 MEV MB MB D411200200018 2.347 0.08 0.08 D411200200019 4.3 0.18 0.02 D411200200020 6.695 9.03 1. D411200200021 7.518 3.23 0.4 D411200200022 7.54 0.37 0.05 D411200200023 9.478 33.78 3. D411200200024 9.97 12.63 1.28 D411200200025 10.04 16.7 1.5 D411200200026 11.089 55.43 6.5 D411200200027 11.127 29.1 3.4 D411200200028 11.52 31.2 4.1 D411200200029 11.77 48.74 5.1 D411200200030 12.04 43.41 4.2 D411200200031 12.512 59.68 6.5 D411200200032 13.78 56.09 6.2 D411200200033 13.89 55.76 5.5 D411200200034 14.029 44.44 4.2 D411200200035 14.25 51.3 5.2 D411200200036 15.42 53.1 6.1 D411200200037 15.57 62.04 6.4 D411200200038 15.597 62.2 6.5 D411200200039 16.547 60.61 5.8 D411200200040 16.996 78.91 8.3 D411200200041 17.13 67.15 6.9 D411200200042 17.71 61.3 5.7 D411200200043 17.719 85.26 9.1 D411200200044 18.58 74.25 8.1 D411200200045 18.71 67.7 7.1 D411200200046 18.81 83.15 8.1 D411200200047 19.96 106.22 10.8 D411200200048 20.044 143.32 12.8 D411200200049 20.75 110. 12.1 D411200200050 20.762 171.59 15.2 D411200200051 20.886 127.69 11.2 D411200200052 21.28 145.53 19.9 D411200200053 21.65 135. 12.1 D411200200054 22.187 219.19 20.3 D411200200055 22.53 193.99 19.9 D411200200056 22.544 185.98 16.7 D411200200057 23.48 207. 19.2 D411200200058 23.73 242.15 25.08 D411200200059 23.839 242.59 22.4 D411200200060 24.086 292.22 25.9 D411200200061 24.189 292.66 26.7 D411200200062 24.31 223. 23.2 D411200200063 24.89 264.38 28.1 D411200200064 25.084 294.53 27.6 D411200200065 26.01 291. 28.1 D411200200066 26.076 353.36 32.2 D411200200067 26.279 346.49 33.5 D411200200068 26.36 327.81 29.1 D411200200069 26.78 303. 27.1 D411200200070 27.104 361.99 31.2 D411200200071 27.867 407.81 34.5 D411200200072 29.577 410.9 33.2 D411200200073 29.892 399.18 32.1 D411200200074 31.215 387.59 32.3 D411200200075 32.498 430.3 34.5 D411200200076 32.792 384.22 34.5 D411200200077 34.314 410.84 35.6 D411200200078 34.315 362. 32.1 D411200200079 34.957 385.38 34.1 D411200200080 35.786 376.98 31.2 D411200200081 ENDDATA 65 0 D411200200082 ENDSUBENT 81 0 D411200299999 SUBENT D4112003 20030514 0000D411200300001 BIB 4 13 D411200300002 REACTION 1(22-TI-0(HE3,X)24-CR-48,,SIG) D411200300003 2(22-TI-0(HE3,X)24-CR-51,,SIG) D411200300004 DECAY-DATA1(24-CR-48,21.56HR,DG,308.25,1.0) D411200300005 2(24-CR-51,27.7D,DG,320.08,0.1) D411200300006 ERR-ANALYS No energy uncertainty is given. D411200300007 The energy attenuation was calculated by D411200300008 using the polynomial approximation of Andersen and D411200300009 Ziegler along the stacks. D411200300010 (ERR-T)The average total error of the data was about D411200300011 10%. D411200300012 STATUS Numerical data were taken from Table 2. of the D411200300013 publication. D411200300014 Approved by F. Tarkanyi D411200300015 ENDBIB 13 0 D411200300016 NOCOMMON 0 0 D411200300017 DATA 5 52 D411200300018 EN DATA 1ERR-T 1DATA 2ERR-T 2 D411200300019 MEV MB MB MB MB D411200300020 6.695 0.81 0.06 D411200300021 7.518 0.3 0.04 D411200300022 9.478 2.08 0.2 14.35 1.6 D411200300023 9.97 5.6 0.7 D411200300024 10.04 1.4 0.1 D411200300025 11.089 25.15 2.6 D411200300026 11.127 1.81 0.1 D411200300027 11.52 2.03 0.15 D411200300028 11.77 2.55 0.2 20.89 2.3 D411200300029 12.04 17.09 2.1 D411200300030 12.512 25.3 2.7 D411200300031 13.78 2.83 0.2 23.07 2.5 D411200300032 13.89 25.29 2.6 D411200300033 14.029 2.2 0.2 D411200300034 14.25 2.59 0.3 22.4 2.4 D411200300035 15.42 2.6 0.3 22.3 2.6 D411200300036 15.57 26.78 3.1 D411200300037 15.597 3.07 0.2 17.45 2.1 D411200300038 16.547 2.96 0.3 D411200300039 16.996 21.21 2.6 D411200300040 17.13 25.56 3. D411200300041 17.71 2.95 0.2 D411200300042 17.719 3.13 0.2 D411200300043 18.58 21.19 2.4 D411200300044 18.71 2.86 0.3 18.4 2.1 D411200300045 18.81 2.9 0.3 D411200300046 19.96 18.56 2.2 D411200300047 20.044 3.77 0.3 D411200300048 20.75 3.33 0.25 15. 2. D411200300049 20.762 13.24 2.1 D411200300050 20.886 3.33 0.3 D411200300051 21.28 3.21 0.3 12.46 1.8 D411200300052 21.65 3.81 0.34 11.4 1.3 D411200300053 22.187 4.78 0.35 D411200300054 22.53 4.65 0.4 11.73 1.3 D411200300055 22.544 4.25 0.4 D411200300056 23.48 4.8 0.43 10.5 1.4 D411200300057 23.73 5.32 0.45 11.53 1.5 D411200300058 23.839 4.84 0.5 D411200300059 24.189 5.92 0.5 D411200300060 24.31 4.88 0.4 D411200300061 24.89 5.65 0.44 D411200300062 25.084 5.71 0.46 D411200300063 26.01 5.97 0.5 16.8 1.7 D411200300064 26.076 7.16 0.6 D411200300065 26.279 6.56 0.55 D411200300066 26.36 6.74 0.6 D411200300067 26.78 6.31 0.6 D411200300068 27.867 7.84 0.65 D411200300069 29.577 8.86 0.55 D411200300070 34.314 9.53 0.75 D411200300071 35.786 8.7 0.7 D411200300072 ENDDATA 54 0 D411200300073 ENDSUBENT 72 0 D411200399999 SUBENT D4112004 20030514 0000D411200400001 BIB 4 13 D411200400002 REACTION 1(22-TI-0(HE3,X)21-SC-44-M,CUM,SIG) D411200400003 2(22-TI-0(HE3,X)21-SC-47,,SIG) D411200400004 DECAY-DATA1(21-SC-44-M,2.44D,DG,271.13,0.867) D411200400005 2(21-SC-47,3.35D,DG,159.377,0.683) D411200400006 ERR-ANALYS No energy uncertainty is given. D411200400007 The energy attenuation was calculated by D411200400008 using the polynomial approximation of Andersen and D411200400009 Ziegler along the stacks. D411200400010 (ERR-T)The average total error of the data was about D411200400011 10%. D411200400012 STATUS Numerical data were taken from Table 2. of the D411200400013 publication. D411200400014 Approved by F. Tarkanyi D411200400015 ENDBIB 13 0 D411200400016 NOCOMMON 0 0 D411200400017 DATA 5 43 D411200400018 EN DATA 1ERR-T 1DATA 2ERR-T 2 D411200400019 MEV MB MB MB MB D411200400020 9.478 0.05 0.01 D411200400021 11.77 0.47 0.05 D411200400022 13.78 1.17 0.11 0.22 0.05 D411200400023 14.029 0.68 0.08 D411200400024 14.25 0.75 0.08 0.16 0.03 D411200400025 15.42 1.2 0.1 0.29 0.024 D411200400026 15.57 1.3 0.13 D411200400027 15.597 1.92 0.2 0.32 0.025 D411200400028 16.547 1.7 0.13 D411200400029 17.13 2.27 0.22 0.15 0.02 D411200400030 17.71 1.81 0.21 D411200400031 17.719 2.28 0.24 1.07 0.09 D411200400032 18.58 3.17 0.4 0.57 0.08 D411200400033 18.71 2.6 0.3 0.59 0.07 D411200400034 18.81 2.82 0.31 D411200400035 19.96 3.88 0.44 0.82 0.09 D411200400036 20.044 3.18 0.3 1.2 0.1 D411200400037 20.75 3.21 0.35 0.95 0.1 D411200400038 20.886 3.58 0.39 1.01 0.1 D411200400039 21.28 4.13 0.44 0.98 0.1 D411200400040 21.65 3.72 0.4 1.09 0.1 D411200400041 22.187 4.2 0.44 1.72 0.19 D411200400042 22.53 4.89 0.51 1.35 0.17 D411200400043 22.544 4.35 0.43 1.43 0.16 D411200400044 23.48 4.63 0.45 1.78 0.16 D411200400045 23.73 5.88 0.6 1.68 0.19 D411200400046 23.839 5.37 0.61 1.39 0.17 D411200400047 24.189 4.9 0.52 1.66 0.18 D411200400048 24.31 5.28 0.6 1.9 0.2 D411200400049 24.89 5.87 0.65 1.78 0.2 D411200400050 25.084 6.09 0.66 2.1 0.22 D411200400051 26.01 5.99 0.65 1.83 0.2 D411200400052 26.076 5.8 0.6 2.33 0.25 D411200400053 26.279 6.66 0.62 2.3 0.24 D411200400054 26.36 6.77 0.61 2.13 0.22 D411200400055 26.78 5.9 0.56 2.31 0.22 D411200400056 27.867 6.38 0.58 2.95 0.25 D411200400057 29.577 6.77 0.58 3. 0.25 D411200400058 31.215 3.35 0.3 D411200400059 32.792 3.62 0.33 D411200400060 34.314 7.6 0.67 4.33 0.38 D411200400061 34.315 5.25 0.45 D411200400062 35.786 8.69 0.7 5.87 0.55 D411200400063 ENDDATA 45 0 D411200400064 ENDSUBENT 63 0 D411200499999 SUBENT D4112005 20040120 0000D411200500001 BIB 4 11 D411200500002 REACTION (22-TI-0(HE3,X)21-SC-46,,SIG) D411200500003 DECAY-DATA (21-SC-46-G,83.8D,DG,889.277,0.99984) D411200500004 ERR-ANALYS No energy uncertainty is given. D411200500005 The energy attenuation was calculated by D411200500006 using the polynomial approximation of Andersen and D411200500007 Ziegler along the stacks. D411200500008 (ERR-T)The average total error of the data was about D411200500009 10%. D411200500010 STATUS Numerical data were taken from Table 2. of the D411200500011 publication. D411200500012 Approved by F. Tarkanyi D411200500013 ENDBIB 11 0 D411200500014 NOCOMMON 0 0 D411200500015 DATA 3 50 D411200500016 EN DATA ERR-T D411200500017 MEV MB MB D411200500018 4.3 0.87 0.06 D411200500019 7.54 0.97 0.06 D411200500020 9.97 1.10 0.08 D411200500021 11.089 2.23 0.09 D411200500022 12.04 1.24 0.12 D411200500023 12.512 4.73 0.18 D411200500024 13.78 5.31 0.45 D411200500025 13.89 1.91 0.18 D411200500026 14.25 2.41 0.22 D411200500027 15.42 4.26 0.4 D411200500028 15.57 6.37 0.54 D411200500029 15.597 10.63 1.1 D411200500030 16.996 18.43 1.5 D411200500031 17.13 11.75 1.3 D411200500032 17.719 20.70 2.1 D411200500033 18.58 17.36 1.7 D411200500034 18.71 14.1 1.3 D411200500035 19.96 23.70 2.3 D411200500036 20.044 29.83 2.5 D411200500037 20.75 21.5 2.2 D411200500038 20.762 33.6 3.1 D411200500039 20.886 28.9 3.0 D411200500040 21.28 31.15 2.9 D411200500041 21.65 23.7 2.5 D411200500042 22.187 45.42 4.1 D411200500043 22.53 32.47 3.5 D411200500044 22.544 49.77 5.2 D411200500045 23.48 30.3 3.1 D411200500046 23.73 36.82 3.1 D411200500047 24.086 40.62 3.8 D411200500048 24.189 44.27 3.9 D411200500049 24.31 32.2 3.0 D411200500050 24.89 36.63 3.1 D411200500051 25.084 45.73 4.2 D411200500052 26.01 35.1 3.2 D411200500053 26.076 31.45 2.9 D411200500054 26.279 53.07 4.9 D411200500055 26.36 39.61 3.7 D411200500056 26.78 32.8 3.0 D411200500057 27.104 40.92 3.6 D411200500058 27.867 44.42 4.1 D411200500059 29.577 31.33 2.9 D411200500060 29.892 38.17 3.3 D411200500061 31.215 35.10 3.1 D411200500062 32.498 35.37 3.2 D411200500063 32.792 30.92 3.0 D411200500064 34.314 35.28 3.2 D411200500065 34.315 32.97 2.9 D411200500066 34.957 33.42 2.9 D411200500067 35.786 31.99 2.8 D411200500068 ENDDATA 52 0 D411200500069 ENDSUBENT 68 0 D411200599999 SUBENT D4112006 20030427 0000D411200600001 BIB 4 11 D411200600002 REACTION (22-TI-0(HE3,X)21-SC-43,,SIG) D411200600003 DECAY-DATA (21-SC-43,3.89HR,DG,372.76,0.23) D411200600004 ERR-ANALYS No energy uncertainty is given. D411200600005 The energy attenuation was calculated by D411200600006 using the polynomial approximation of Andersen and D411200600007 Ziegler along the stacks. D411200600008 (ERR-T)The average total error of the data was about D411200600009 10%. D411200600010 STATUS Numerical data were taken from Table 2. of the D411200600011 publication. D411200600012 Approved by F. Tarkanyi D411200600013 ENDBIB 11 0 D411200600014 NOCOMMON 0 0 D411200600015 DATA 3 11 D411200600016 EN DATA ERR-T D411200600017 MEV MB MB D411200600018 23.48 0.28 0.03 D411200600019 24.189 0.94 0.1 D411200600020 24.31 0.69 0.08 D411200600021 24.89 0.57 0.07 D411200600022 26.01 1.34 0.2 D411200600023 26.076 1.30 0.15 D411200600024 26.36 1.36 0.15 D411200600025 26.78 1.58 0.15 D411200600026 27.867 2.43 0.25 D411200600027 29.577 3.53 0.3 D411200600028 35.786 6.71 0.7 D411200600029 ENDDATA 13 0 D411200600030 ENDSUBENT 29 0 D411200699999 SUBENT D4112007 20030427 0000D411200700001 BIB 4 11 D411200700002 REACTION (22-TI-0(HE3,X)21-SC-48,,SIG) D411200700003 DECAY-DATA (21-SC-48,1.82D,DG,983.517,1.0) D411200700004 ERR-ANALYS No energy uncertainty is given. D411200700005 The energy attenuation was calculated by D411200700006 using the polynomial approximation of Andersen and D411200700007 Ziegler along the stacks. D411200700008 (ERR-T)The average total error of the data was about D411200700009 10%. D411200700010 STATUS Numerical data were taken from Table 2. of the D411200700011 publication. D411200700012 Approved by F. Tarkanyi D411200700013 ENDBIB 11 0 D411200700014 NOCOMMON 0 0 D411200700015 DATA 3 8 D411200700016 EN DATA ERR-T D411200700017 MEV MB MB D411200700018 21.65 0.36 0.04 D411200700019 22.53 0.55 0.06 D411200700020 23.48 0.47 0.05 D411200700021 23.73 0.54 0.06 D411200700022 24.31 0.63 0.07 D411200700023 24.89 0.57 0.06 D411200700024 26.01 0.62 0.06 D411200700025 26.78 0.74 0.08 D411200700026 ENDDATA 10 0 D411200700027 ENDSUBENT 26 0 D411200799999 SUBENT D4112008 20070220 D052D411200800001 BIB 4 10 D411200800002 REACTION (22-TI-0(HE3,X)24-CR-49,,SIG) D411200800003 DECAY-DATA (24-CR-49,42.1MIN,DG,152.928,0.3032) D411200800004 ERR-ANALYS No energy uncertainty is given. D411200800005 The energy attenuation was calculated by D411200800006 using the polynomial approximation of Andersen and D411200800007 Ziegler along the stacks. D411200800008 No error is give for these data. D411200800009 STATUS Numerical data were taken from Table 2. of the D411200800010 publication. D411200800011 Approved by F. Tarkanyi D411200800012 ENDBIB 10 0 D411200800013 NOCOMMON 0 0 D411200800014 DATA 2 22 D411200800015 EN DATA D411200800016 MEV MB D411200800017 7.518 0.03 D411200800018 10.04 15.1 D411200800019 11.127 31.52 D411200800020 11.52 34.9 D411200800021 14.029 59.11 D411200800022 14.25 70.7 D411200800023 15.42 78.0 D411200800024 16.547 86.63 D411200800025 17.71 92.3 D411200800026 18.71 91.8 D411200800027 18.81 87.04 D411200800028 20.75 81.5 D411200800029 20.886 75.86 D411200800030 21.65 71.1 D411200800031 22.544 64.12 D411200800032 23.48 57.4 D411200800033 23.839 56.08 D411200800034 24.31 53.2 D411200800035 25.084 44.08 D411200800036 26.01 30. D411200800037 26.279 36.41 D411200800038 26.78 35.9 D411200800039 ENDDATA 24 0 D411200800040 ENDSUBENT 39 0 D411200899999 ENDENTRY 8 0 D411299999999