ENTRY F1220 20200117 F075F122000000001 SUBENT F1220001 20200117 F075F122000100001 BIB 10 24 F122000100002 TITLE Excitation functions for the reactions Mg-24(d,a)Na-22,F122000100003 Fe-54(d,a)Mn-52, Fe-54(d,n)Co-55, Zn-66(d,2n)Ga-66. F122000100004 AUTHOR (N.A.Vlasov,S.P.Kalinin,A.A.Ogloblin,V.M.Pankratov, F122000100005 V.P.Rudakov,I.N.Serikov,V.A.Sidorov) F122000100006 REFERENCE (J,AE,2,169,1957) F122000100007 (J,SJA,2,189,1957) English translation F122000100008 INSTITUTE (4RUSKUR) F122000100009 FACILITY (CYCLO,4RUSKUR) F122000100010 SAMPLE Mg, Fe, Zn stacks were used. F122000100011 DETECTOR (GEMUC) F122000100012 METHOD (ACTIV) F122000100013 (BCINT) F122000100014 (GSPEC) F122000100015 (STTA) F122000100016 ERR-ANALYS (DATA-ERR) Error of the absolute cross section F122000100017 determination consisted of the errors of deuteron F122000100018 beam current measurements, facility geometry F122000100019 determination and measuring apparatus uncertainty. F122000100020 (EN-ERR) Energy error was due to uncertainty of F122000100021 initial deuteron beam energy. Error value varied: F122000100022 (+ -0.3) MeV for E=8 MeV; (+ -0.5) MeV for E=4 MeV. F122000100023 HISTORY (20141113C) F122000100024 (20200117A) In Sub 002-009 RAD-DET was added. In F122000100025 Sub 007-009 DECAY-DATA were changed. F122000100026 ENDBIB 24 0 F122000100027 COMMON 1 3 F122000100028 DATA-ERR F122000100029 PER-CENT F122000100030 15. F122000100031 ENDCOMMON 3 0 F122000100032 ENDSUBENT 31 0 F122000199999 SUBENT F1220002 20200117 F075F122000200001 BIB 6 8 F122000200002 REACTION (12-MG-0(D,X)11-NA-22,,SIG) F122000200003 COMMENT First run of measurements. F122000200004 DECAY-DATA (11-NA-22,2.6YR,EC,,0.11,DG) F122000200005 RAD-DET (11-NA-22,DG) F122000200006 SAMPLE High-purity (99.9%) natural isotopic Mg foil with F122000200007 the thickness of 50 mu-m was used. The target consistedF122000200008 of 78.60% of Mg-24, 10.11% of Mg-25. F122000200009 STATUS (CURVE) Figure 2. F122000200010 ENDBIB 8 0 F122000200011 COMMON 2 3 F122000200012 EN-ERR-DIG ERR-DIG F122000200013 MEV MB F122000200014 0.023 0.82 F122000200015 ENDCOMMON 3 0 F122000200016 DATA 2 22 F122000200017 EN DATA F122000200018 MEV MB F122000200019 2.588 1.33 F122000200020 3.459 10.59 F122000200021 4.411 38.41 F122000200022 5.164 74.47 F122000200023 5.799 111.57 F122000200024 6.473 139.39 F122000200025 7.067 153.81 F122000200026 7.622 171.33 F122000200027 8.137 184.72 F122000200028 8.692 188.83 F122000200029 9.128 189.85 F122000200030 9.564 203.25 F122000200031 10.078 194.99 F122000200032 10.474 185.71 F122000200033 10.909 178.48 F122000200034 11.345 169.19 F122000200035 11.820 166.09 F122000200036 12.255 156.81 F122000200037 12.611 143.40 F122000200038 13.126 140.29 F122000200039 13.640 129.98 F122000200040 13.799 116.57 F122000200041 ENDDATA 24 0 F122000200042 ENDSUBENT 41 0 F122000299999 SUBENT F1220003 20200117 F075F122000300001 BIB 6 8 F122000300002 REACTION (12-MG-0(D,X)11-NA-22,,SIG) F122000300003 COMMENT Second run of measurements. F122000300004 DECAY-DATA (11-NA-22,2.6YR,EC,,0.11,DG) F122000300005 RAD-DET (11-NA-22,DG) F122000300006 SAMPLE High-purity (99.9%) natural isotopic Mg foil with F122000300007 the thickness of 50 mu-m was used. The target consistedF122000300008 of 78.60% of Mg-24, 10.11% of Mg-25. F122000300009 STATUS (CURVE) Figure 2. F122000300010 ENDBIB 8 0 F122000300011 COMMON 2 3 F122000300012 EN-ERR-DIG ERR-DIG F122000300013 MEV MB F122000300014 0.023 0.82 F122000300015 ENDCOMMON 3 0 F122000300016 DATA 2 21 F122000300017 EN DATA F122000300018 MEV MB F122000300019 2.882 2.51 F122000300020 3.876 20.08 F122000300021 4.750 57.22 F122000300022 5.504 95.39 F122000300023 6.179 130.47 F122000300024 6.854 155.23 F122000300025 7.410 173.81 F122000300026 8.046 189.30 F122000300027 8.523 194.47 F122000300028 9.120 194.49 F122000300029 9.677 201.73 F122000300030 10.155 199.68 F122000300031 10.593 190.42 F122000300032 11.111 179.10 F122000300033 11.510 168.81 F122000300034 11.948 164.70 F122000300035 12.346 153.37 F122000300036 12.824 145.15 F122000300037 13.144 130.72 F122000300038 13.542 127.65 F122000300039 13.980 117.35 F122000300040 ENDDATA 23 0 F122000300041 ENDSUBENT 40 0 F122000399999 SUBENT F1220004 20200117 F075F122000400001 BIB 5 7 F122000400002 REACTION (12-MG-0(D,X)11-NA-22,,TTY,,PHY) F122000400003 DECAY-DATA (11-NA-22,2.6YR,EC,,0.11,DG) F122000400004 RAD-DET (11-NA-22,DG) F122000400005 SAMPLE High-purity (99.9%) natural isotopic Mg foil with F122000400006 the thickness of 50 mu-m was used. The target consistedF122000400007 of 78.60% of Mg-24, 10.11% of Mg-25. F122000400008 STATUS (TABLE) Data were taken from the free text, p. 170. F122000400009 ENDBIB 7 0 F122000400010 NOCOMMON 0 0 F122000400011 DATA 2 1 F122000400012 EN DATA F122000400013 MEV MUCI/MUAHR F122000400014 14. 3.1 F122000400015 ENDDATA 3 0 F122000400016 ENDSUBENT 15 0 F122000499999 SUBENT F1220005 20200117 F075F122000500001 BIB 7 9 F122000500002 REACTION (26-FE-54(D,A)25-MN-52-G,,SIG) F122000500003 DECAY-DATA (25-MN-52-G,6.0D,B+,,,EC,,0.65) F122000500004 RAD-DET (25-MN-52-G,B+) F122000500005 SAMPLE Steel foil with the thickness of 15 mu-m and 30 mu-m F122000500006 was used. F122000500007 METHOD (CHSEP) F122000500008 ANALYSIS (DECAY) Two half-life periods were taken into account: F122000500009 6.0 days and 100 days. Decay was followed for 2000 hrsF122000500010 STATUS (CURVE) Figure 3. F122000500011 ENDBIB 9 0 F122000500012 COMMON 2 3 F122000500013 EN-ERR-DIG ERR-DIG F122000500014 MEV MB F122000500015 0.02 0.042 F122000500016 ENDCOMMON 3 0 F122000500017 DATA 2 9 F122000500018 EN DATA F122000500019 MEV MB F122000500020 4.61 0.950 F122000500021 6.51 7.400 F122000500022 8.04 14.792 F122000500023 9.54 22.961 F122000500024 10.53 31.611 F122000500025 11.54 33.129 F122000500026 11.83 34.205 F122000500027 12.84 34.947 F122000500028 13.53 26.863 F122000500029 ENDDATA 11 0 F122000500030 ENDSUBENT 29 0 F122000599999 SUBENT F1220006 20200117 F075F122000600001 BIB 7 9 F122000600002 REACTION (26-FE-54(D,A)25-MN-52-G,,TTY,,PHY) F122000600003 DECAY-DATA (25-MN-52-G,6.0D,B+,,,EC,,0.65) F122000600004 RAD-DET (25-MN-52-G,B+) F122000600005 SAMPLE Steel foil with the thickness of 15 mu-m and 30 mu-m F122000600006 was used. F122000600007 METHOD (CHSEP) F122000600008 ANALYSIS (DECAY) Two half-life periods were taken into account: F122000600009 6.0 days and 100 days. Decay was followed for 2000 hrsF122000600010 STATUS (TABLE) Data were taken from the free text, p. 170. F122000600011 ENDBIB 9 0 F122000600012 NOCOMMON 0 0 F122000600013 DATA 2 1 F122000600014 EN DATA F122000600015 MEV MUCI/MUAHR F122000600016 14. 34. F122000600017 ENDDATA 3 0 F122000600018 ENDSUBENT 17 0 F122000699999 SUBENT F1220007 20200117 F075F122000700001 BIB 8 12 F122000700002 REACTION (26-FE-54(D,N)27-CO-55,,SIG) F122000700003 COMMENT First run of measurements. F122000700004 DECAY-DATA (27-CO-55,18.2HR,B+,,,EC,,0.40) F122000700005 RAD-DET (27-CO-55,B+) F122000700006 METHOD Irradiation time was 30 minutes. F122000700007 SAMPLE Steel foil with the thickness of 15 mu-m and 30 mu-m F122000700008 was used. F122000700009 ANALYSIS (DECAY) For each foil decay curves were analyzed with F122000700010 periods: 18.2 hours, 6.0 days and 80 days. The 18.2 F122000700011 activity was separated from 16.0 days and 80 days F122000700012 activities. F122000700013 STATUS (CURVE) Figure 4. F122000700014 ENDBIB 12 0 F122000700015 COMMON 2 3 F122000700016 EN-ERR-DIG ERR-DIG F122000700017 MEV MB F122000700018 0.023 0.33 F122000700019 ENDCOMMON 3 0 F122000700020 DATA 2 19 F122000700021 EN DATA F122000700022 MEV MB F122000700023 4.114 26.03 F122000700024 4.545 34.37 F122000700025 5.722 116.60 F122000700026 5.933 118.23 F122000700027 7.441 146.13 F122000700028 7.514 148.22 F122000700029 8.006 152.30 F122000700030 8.635 140.23 F122000700031 9.522 136.13 F122000700032 9.714 129.29 F122000700033 10.395 109.15 F122000700034 10.674 110.33 F122000700035 11.469 95.25 F122000700036 11.883 95.53 F122000700037 12.367 96.22 F122000700038 12.893 84.19 F122000700039 12.951 79.09 F122000700040 13.721 84.35 F122000700041 13.844 77.53 F122000700042 ENDDATA 21 0 F122000700043 ENDSUBENT 42 0 F122000799999 SUBENT F1220008 20200117 F075F122000800001 BIB 8 12 F122000800002 REACTION (26-FE-54(D,N)27-CO-55,,SIG) F122000800003 COMMENT Second run of measurements. F122000800004 DECAY-DATA (27-CO-55,18.2HR,B+,,,EC,,0.40) F122000800005 RAD-DET (27-CO-55,B+) F122000800006 METHOD Irradiation time was 30 minutes. F122000800007 SAMPLE Steel foil with the thickness of 15 mu-m and 30 mu-m F122000800008 was used. F122000800009 ANALYSIS (DECAY) For each foil decay curves were analyzed with F122000800010 periods: 18.2 hours, 6.0 days and 80 days. The 18.2 F122000800011 activity was separated from 16.0 days and 80 days F122000800012 activities. F122000800013 STATUS (CURVE) Figure 4. F122000800014 ENDBIB 12 0 F122000800015 COMMON 2 3 F122000800016 EN-ERR-DIG ERR-DIG F122000800017 MEV MB F122000800018 0.023 0.33 F122000800019 ENDCOMMON 3 0 F122000800020 DATA 2 19 F122000800021 EN DATA F122000800022 MEV MB F122000800023 3.009 0.53 F122000800024 4.201 11.57 F122000800025 5.152 53.19 F122000800026 5.853 105.92 F122000800027 6.557 144.67 F122000800028 7.337 155.85 F122000800029 7.883 154.39 F122000800030 8.660 148.62 F122000800031 8.910 137.52 F122000800032 10.053 126.53 F122000800033 10.513 117.48 F122000800034 11.004 106.72 F122000800035 11.469 99.78 F122000800036 11.878 98.37 F122000800037 12.376 90.57 F122000800038 12.628 80.32 F122000800039 13.277 78.83 F122000800040 13.646 74.89 F122000800041 14.059 75.59 F122000800042 ENDDATA 21 0 F122000800043 ENDSUBENT 42 0 F122000899999 SUBENT F1220009 20200117 F075F122000900001 BIB 7 11 F122000900002 REACTION (26-FE-54(D,N)27-CO-55,,TTY,,PHY) F122000900003 METHOD Irradiation time was 30 minutes. F122000900004 DECAY-DATA (27-CO-55,18.2HR,B+,,,EC,,0.40) F122000900005 RAD-DET (27-CO-55,B+) F122000900006 ANALYSIS (DECAY) For each foil decay curves were analyzed with F122000900007 periods: 18.2 hours, 6.0 days and 80 days. The 18.2 F122000900008 activity was separated from 16.0 days and 80 days F122000900009 activities. F122000900010 SAMPLE Steel foils with the thickness of 15 mu-m and 30 mu-m F122000900011 were used. F122000900012 STATUS (TABLE) Data were taken from the free text, p. 170. F122000900013 ENDBIB 11 0 F122000900014 NOCOMMON 0 0 F122000900015 DATA 2 1 F122000900016 EN DATA F122000900017 MEV MUCI/MUAHR F122000900018 14. 1.5 F122000900019 ENDDATA 3 0 F122000900020 ENDSUBENT 19 0 F122000999999 SUBENT F1220010 20141113 F056F122001000001 BIB 6 8 F122001000002 REACTION (30-ZN-66(D,2N)31-GA-66,,SIG) F122001000003 COMMENT First run of measurements. F122001000004 DECAY-DATA (31-GA-66,9.45HR,B+,4500.,,EC,,0.40) F122001000005 SAMPLE High-purity (99.9%) Zn foil with the thickness of F122001000006 15 mu-m was used. The target consisted of 27.81% Zn-66.F122001000007 ERR-ANALYS (EN-ERR-DIG) Energy digitizing error F122001000008 (ERR-DIG) Data digitizing error F122001000009 STATUS (CURVE) Figure 5. F122001000010 ENDBIB 8 0 F122001000011 COMMON 2 3 F122001000012 EN-ERR-DIG ERR-DIG F122001000013 MEV MB F122001000014 0.013 1.26 F122001000015 ENDCOMMON 3 0 F122001000016 DATA 2 9 F122001000017 EN DATA F122001000018 MEV MB F122001000019 8.876 2.93 F122001000020 9.485 17.55 F122001000021 10.103 68.86 F122001000022 10.688 142.71 F122001000023 11.276 230.82 F122001000024 11.881 306.65 F122001000025 12.484 378.40 F122001000026 13.471 498.04 F122001000027 13.911 539.65 F122001000028 ENDDATA 11 0 F122001000029 ENDSUBENT 28 0 F122001099999 SUBENT F1220011 20141113 F056F122001100001 BIB 6 8 F122001100002 REACTION (30-ZN-66(D,2N)31-GA-66,,SIG) F122001100003 COMMENT Second run of measurements. F122001100004 DECAY-DATA (31-GA-66,9.45HR,B+,4500.,,EC,,0.40) F122001100005 SAMPLE High-purity (99.9%) Zn foil with the thickness of F122001100006 15 mu-m was used. The target consisted of 27.81% Zn-66.F122001100007 ERR-ANALYS (EN-ERR-DIG) Energy digitizing error F122001100008 (ERR-DIG) Data digitizing error F122001100009 STATUS (CURVE) Figure 5. F122001100010 ENDBIB 8 0 F122001100011 COMMON 2 3 F122001100012 EN-ERR-DIG ERR-DIG F122001100013 MEV MB F122001100014 0.013 1.26 F122001100015 ENDCOMMON 3 0 F122001100016 DATA 2 12 F122001100017 EN DATA F122001100018 MEV MB F122001100019 8.746 1.30 F122001100020 9.356 9.85 F122001100021 9.996 59.13 F122001100022 10.582 128.96 F122001100023 11.207 198.69 F122001100024 11.694 264.71 F122001100025 12.066 339.20 F122001100026 12.572 403.13 F122001100027 12.995 448.92 F122001100028 13.059 467.11 F122001100029 13.598 506.46 F122001100030 14.020 548.17 F122001100031 ENDDATA 14 0 F122001100032 ENDSUBENT 31 0 F122001199999 SUBENT F1220012 20141113 F056F122001200001 BIB 4 5 F122001200002 REACTION (30-ZN-66(D,2N)31-GA-66,,TTY,,PHY) F122001200003 DECAY-DATA (31-GA-66,9.45HR,B+,4500.,,EC,,0.40) F122001200004 SAMPLE High-purity (99.9%) Zn foil with the thickness of F122001200005 15 mu-m was used. The target consisted of 27.81% Zn-66.F122001200006 STATUS (TABLE) Data were taken from the free text, p. 171. F122001200007 ENDBIB 5 0 F122001200008 NOCOMMON 0 0 F122001200009 DATA 2 1 F122001200010 EN DATA F122001200011 MEV MUCI/MUAHR F122001200012 14. 1.0 F122001200013 ENDDATA 3 0 F122001200014 ENDSUBENT 13 0 F122001299999 ENDENTRY 12 0 F122099999999