ENTRY C0454 20171029 C169C045400000001 SUBENT C0454001 20171029 C169C045400100001 BIB 8 19 C045400100002 INSTITUTE (1USALAS,2AUSIRK,2AUSVIE,2JPNJAE) C045400100003 REFERENCE (J,PR/C,55,2458,1997) C045400100004 (C,97TRIEST,2,1431,1997) C045400100005 AUTHOR (H.Vonach,A.Pavlik,A.Wallner,M.Drosg,R.C.Haight, C045400100006 D.M.Drake,S.Chiba) C045400100007 TITLE Spallation reactions in 27Al and 56Fe induced by 800 C045400100008 MeV protons C045400100009 FACILITY (LINAC,1USALAS) WNR facility C045400100010 CORRECTION Corrected for background. C045400100011 STATUS (TABLE) Data from Tables I-IV, Phys.Rev.C55,2458,1997. C045400100012 No reply to author proof, 97/10/30. C045400100013 HISTORY (19970710C) C045400100014 (20010209A) Updated to new date formats, reference C045400100015 added. C045400100016 (20160321A) OS. Corrections of isomer assignment and C045400100017 half-life in sub.3. INSTITUTE, FACILITY, STATUS C045400100018 updated. C045400100019 (20171028A) OS. ERR-ANALYS moved to subentries, C045400100020 MONITOR corrected in subs.4 and 5 C045400100021 ENDBIB 19 0 C045400100022 COMMON 1 3 C045400100023 EN C045400100024 MEV C045400100025 800. C045400100026 ENDCOMMON 3 0 C045400100027 ENDSUBENT 26 0 C045400199999 SUBENT C0454002 20171029 C169C045400200001 BIB 6 25 C045400200002 REACTION (13-AL-27(P,X)ELEM/MASS,,SIG) C045400200003 SAMPLE Aluminum taget, areal thickness 6.82+-0.27 mg/cm2, C045400200004 backed by be stopping foils. C045400200005 METHOD (ACTIV) C045400200006 DETECTOR (HPGE) High-purity Ge detector at IRK, Vienna. C045400200007 Efficiency of Ge detector calibrated to better than 2%.C045400200008 ERR-ANALYS (DATA-ERR) Uncertainty given is summation in quadratureC045400200009 of contributions from the following: C045400200010 . statistical uncertainty, C045400200011 . error in reference cross section, C045400200012 . possible difference in angular distribution of C045400200013 transitions between nuclide and standard (3%), C045400200014 DECAY-DATA ((1.)14-SI-26,2.21SEC,DG,228.,1.0) C045400200015 ((2.)11-NA-25,60.0SEC,DG,389.,0.128) C045400200016 ((3.)11-NA-24,15.024HR,DG,1368.,1.0) C045400200017 ((4.)11-NA-22,2.60YR,DG,1274.,1.0) C045400200018 ((5.)10-NE-23,37.6SEC,DG,439.,0.33) C045400200019 ((6.)10-NE-18,1.67SEC,DG,1041.,0.079) C045400200020 ((7.)9-F-23,2.2SEC,DG,1701.,0.48) C045400200021 ((8.)9-F-22,4.23SEC,DG,1275.,1.0) C045400200022 ((9.)9-F-21,4.32SEC,DG,350.,0.706) C045400200023 ((10.)9-F-20,11.0SEC,DG,1634.,1.0) C045400200024 ((11.)8-O-20,13.5SEC,DG,1057.,1.0) C045400200025 ((12.)8-O-19,26.9SEC,DG,1357.,0.558) C045400200026 ((13.)8-O-14,70.6SEC,DG,2313.,0.994) C045400200027 ENDBIB 25 0 C045400200028 NOCOMMON 0 0 C045400200029 DATA 6 13 C045400200030 ELEMENT MASS DATA DATA-ERR DATA-MAX DECAY-FLAG C045400200031 NO-DIM NO-DIM MB MB MB NO-DIM C045400200032 14. 26. 0.03 1. C045400200033 11. 25. 2.7 0.3 2. C045400200034 11. 24. 10.55 0.6 3. C045400200035 11. 22. 14.2 0.47 4. C045400200036 10. 23. 1.86 0.41 5. C045400200037 10. 18. 1.7 6. C045400200038 9. 23. 0.05 7. C045400200039 9. 22. 0.16 0.07 8. C045400200040 9. 21. 1.89 0.15 9. C045400200041 9. 20. 5.59 0.34 10. C045400200042 8. 20. 0.11 0.07 11. C045400200043 8. 19. 0.43 0.12 12. C045400200044 8. 14. 0.11 13. C045400200045 ENDDATA 15 0 C045400200046 ENDSUBENT 45 0 C045400299999 SUBENT C0454003 20171029 C169C045400300001 BIB 7 62 C045400300002 REACTION (26-FE-56(P,X)ELEM/MASS,,SIG) C045400300003 SAMPLE Iron taget, 56Fe areal thickness 6.82+-0.27 mg/cm2, C045400300004 backed by be stopping foils. C045400300005 METHOD (ACTIV) C045400300006 DETECTOR (HPGE) High-purity Ge detector at IRK, Vienna. C045400300007 Efficiency of Ge detector calibrated to better than 2%.C045400300008 ERR-ANALYS (DATA-ERR) Uncertainty given is summation in quadratureC045400300009 of contributions from the following: C045400300010 . statistical uncertainty, C045400300011 . error in reference cross section, C045400300012 . uncertainty of efficiency ratio (3%), C045400300013 . possible difference in angular distribution of C045400300014 transitions between nuclide and standard (3%), C045400300015 . possible differences in the fraction decaying from C045400300016 2+ state to g.s. between nuclide and standard (5%). C045400300017 DECAY-DATA ((1.)27-CO-56,77.3D,DG,846.8,1.0) C045400300018 ((2.)26-FE-53-G,8.51MIN,DG,377.9,0.41) C045400300019 ((3.)25-MN-54,312.3D,DG,834.8,1.0) C045400300020 ((4.)25-MN-52-G,5.59D,DG,935.,0.943) C045400300021 ((5.)25-MN-52-M,21.1MIN,DG,1434.1,1.0) C045400300022 ((6.)25-MN-50-M,1.74MIN,DG,783.3,1.0) C045400300023 ((7.)24-CR-51,27.7D,DG,320.1,0.101) C045400300024 ((8.)24-CR-49,41.9MIN,DG,152.9,0.312) C045400300025 ((9.)24-CR-48,21.56HR,DG,308.,1.0) C045400300026 ((10.)23-V-53,1.6MIN,DG,1006.,0.90) C045400300027 ((11.)23-V-48,15.98D,DG,983.5,1.0) C045400300028 ((12.)22-TI-51,5.8MIN,DG,320.,0.932) C045400300029 ((13.)21-SC-48,43.7HR,DG,1037.,0.978) C045400300030 ((14.)21-SC-47,3.42D,DG,159.4,0.685) C045400300031 ((15.)21-SC-46-G,83.8D,DG,889.3,1.0) C045400300032 ((16.)21-SC-44-G,3.93HR,DG,1157.,0.99) C045400300033 ((17.)21-SC-44-M,2.44D,DG,271.2,0.866) C045400300034 ((18.)21-SC-43,3.89HR,DG,372.9,0.22) C045400300035 ((19.)21-SC-42-M,62.SEC,DG,437.5,1.0,DG,1227.,1.0) C045400300036 ((20.)19-K-42,12.36HR,DG,1524.6,0.18) C045400300037 ((21.)19-K-38-G,7.61MIN,DG,2167.6,1.0) C045400300038 Comment by compiler: The 7.61 min activity of K-38 C045400300039 was assigned by authors to K-38m C045400300040 ((22.)18-AR-41,1.83HR,DG,1293.6,0.992) C045400300041 ((23.)17-CL-39,56.MIN,DG,1517.,0.40) C045400300042 ((24.)17-CL-38-G,37.3MIN,DG,1642.2,0.31) C045400300043 ((25.)17-CL-34-M,32.MIN,DG,2127.4,0.414) C045400300044 * Correction to data in article, H. Vonach, 97/7/14. C045400300045 ((26.)17-CL-32,0.3SEC,DG,2230.,0.92) C045400300046 ((27.)16-S-38,170.MIN,DG,1942.,0.84) C045400300047 ((29.)15-P-35,47.SEC,DG,1572.,1.0) C045400300048 ((30.)14-SI-33,6.2SEC,DG,1848.,0.81) C045400300049 ((31.)14-SI-26,2.21SEC,DG,228.,1.0) C045400300050 ((32.)13-AL-30,3.69SEC,DG,2235.,0.65) C045400300051 ((33.)13-AL-29,6.6MIN,DG,1273.3,0.89) C045400300052 ((34.)13-AL-28,2.24MIN,DG,1778.7,1.0) C045400300053 ((35.)12-MG-28,21.HR,DG,400.6,0.361) C045400300054 ((36.)12-MG-27,9.46MIN,DG,1014.5,0.272) C045400300055 ((37.)11-NA-25,60.SEC,DG,975.2,0.143)) C045400300056 ((38.)11-NA-24,15.02HR,DG,1368.6,1.0,DG,2754.1,1.0) C045400300057 Comment by compiler: In Table II of Phys.Rev.C55,2458,C045400300058 the half-life is listed as 15.02 d. C045400300059 ((39.)11-NA-22,2.60YR,DG,1274.6,1.0) C045400300060 ((40.)10-NE-23,37.6SEC,DG,440.,0.33) C045400300061 ((41.)9-F-20,11.SEC,DG,1634.,1.0) C045400300062 HISTORY (20160321A) Isomer assignment of K-38 and half-life of C045400300063 Na-24 corrected. C045400300064 ENDBIB 62 0 C045400300065 NOCOMMON 0 0 C045400300066 DATA 7 40 C045400300067 ELEMENT MASS ISOMER DATA DATA-ERR DATA-MAX C045400300068 DECAY-FLAG C045400300069 NO-DIM NO-DIM NO-DIM MB MB MB C045400300070 NO-DIM C045400300071 27. 56. 0.447 0.022 C045400300072 1. C045400300073 26. 53. 1.94 0.33 C045400300074 2. C045400300075 25. 54. 42.6 2.0 C045400300076 3. C045400300077 25. 52. 0. 6.13 1.04 C045400300078 4. C045400300079 25. 52. 1. 7.86 0.48 C045400300080 5. C045400300081 25. 50. 1. 0.19 0.10 C045400300082 6. C045400300083 24. 51. 44.6 2.4 C045400300084 7. C045400300085 24. 49. 11.74 0.95 C045400300086 8. C045400300087 24. 48. 0.22 C045400300088 9. C045400300089 23. 53. 0.33 C045400300090 10. C045400300091 23. 48. 25.3 1.2 C045400300092 11. C045400300093 22. 51. 0.30 C045400300094 12. C045400300095 21. 48. 0.4 C045400300096 13. C045400300097 21. 47. 4.80 C045400300098 14. C045400300099 21. 46. 11.2 0.52 C045400300100 15. C045400300101 21. 44. 0. 7.01 0.64 C045400300102 16. C045400300103 21. 44. 1. 5.56 0.67 C045400300104 17. C045400300105 21. 43. 4.4 0.9 C045400300106 18. C045400300107 21. 42. 1. 0.43 0.12 C045400300108 19. C045400300109 19. 42. 4.4 1.9 C045400300110 20. C045400300111 19. 38. 0. 0.79 0.2 C045400300112 21. C045400300113 18. 41. 0.39 0.13 C045400300114 22. C045400300115 17. 39. 0.3 C045400300116 23. C045400300117 17. 38. 1.17 0.32 C045400300118 24. C045400300119 17. 34. 1. 0.25 0.12 C045400300120 25. C045400300121 17. 32. 0.03 C045400300122 26. C045400300123 16. 38. 0.12 C045400300124 27. C045400300125 15. 35. 0.16 C045400300126 29. C045400300127 14. 33. 0.12 C045400300128 30. C045400300129 14. 26. 0.15 C045400300130 31. C045400300131 13. 30. 0.29 C045400300132 32. C045400300133 13. 29. 0.79 0.2 C045400300134 33. C045400300135 13. 28. 2.55 0.25 C045400300136 34. C045400300137 12. 28. 0.6 C045400300138 35. C045400300139 12. 27. 1.0 0.4 C045400300140 36. C045400300141 11. 25. 0.80 C045400300142 37. C045400300143 11. 24. 1.66 0.19 C045400300144 38. C045400300145 11. 22. 0.87 0.042 C045400300146 39. C045400300147 10. 23. 0.3 C045400300148 40. C045400300149 9. 20. 0.76 0.11 C045400300150 41. C045400300151 ENDDATA 84 0 C045400300152 ENDSUBENT 151 0 C045400399999 SUBENT C0454004 20171029 C169C045400400001 BIB 9 21 C045400400002 REACTION (13-AL-27(P,X)ELEM/MASS,,SIG) C045400400003 SAMPLE Aluminum taget, areal thickness 6.82+-0.27 mg/cm2, C045400400004 backed by be stopping foils. C045400400005 METHOD Derived from prompt 2+(T=1) to g.s. gamma transitions. C045400400006 DETECTOR (HPGE) High-purity Ge detector. C045400400007 Efficiency of Ge detector measured over the range C045400400008 0.12-3.5 MeV to about 3% using 152mEu and 56Co C045400400009 calibrated sources. C045400400010 MONITOR (13-AL-27(N,X)10-NE-22,,SIG) C045400400011 Average of values of Webber, et al. (14.9+-0.78 mb), C045400400012 and Michel, et al. (13.8+-0.88 mb. C045400400013 MONIT-REF (,W.R.Webber+,J,PR/C,41,547,1990) C045400400014 (O0277025,R.Michel+,J,NIM/B,103,183,1995) C045400400015 ERR-ANALYS (DATA-ERR) Uncertainty given is summation in quadratureC045400400016 of contributions from the following: C045400400017 . statistical uncertainty, C045400400018 . error in reference cross section, C045400400019 . possible difference in angular distribution of C045400400020 transitions between nuclide and standard (3%), C045400400021 MISC-COL (MISC) Energy of gamma detected C045400400022 HISTORY (20171028A) Monitor value corrected, MONIT-ERR deleted C045400400023 ENDBIB 21 0 C045400400024 COMMON 1 3 C045400400025 MONIT C045400400026 MB C045400400027 14.4 C045400400028 ENDCOMMON 3 0 C045400400029 DATA 6 7 C045400400030 ELEMENT MASS DATA DATA-ERR DATA-MAX MISC C045400400031 NO-DIM NO-DIM MB MB MB KEV C045400400032 12. 26. 38.04 3.0 1808.7 C045400400033 12. 24. 29.0 2.3 1368.6 C045400400034 12. 22. 0.5 1247. C045400400035 10. 20. 9.87 0.8 1633.8 C045400400036 10. 18. 0.05 1887.3 C045400400037 8. 20. 0.20 1673.7 C045400400038 8. 18. 3.75 0.38 1982.2 C045400400039 ENDDATA 9 0 C045400400040 ENDSUBENT 39 0 C045400499999 SUBENT C0454005 20171029 C169C045400500001 BIB 9 24 C045400500002 REACTION (26-FE-56(P,X)ELEM/MASS,,SIG) C045400500003 SAMPLE Iron taget, 56Fe areal thickness 6.82+-0.27 mg/cm2, C045400500004 backed by be stopping foils. C045400500005 METHOD Derived from prompt 2+(T=1) to g.s. gamma transitions. C045400500006 DETECTOR (HPGE) High-purity Ge detector. C045400500007 Efficiency of Ge detector measured over the range C045400500008 0.12-3.5 MeV to about 3% using 152mEu and 56Co C045400500009 calibrated sources. C045400500010 MONITOR (26-FE-56(N,X)24-CR-52,,SIG) C045400500011 Ratio for production of 51Cr/52Cr = 1.052 combined C045400500012 with accurate measurement of 51Cr production in this C045400500013 experiment to obtain 52Cr production cross section. C045400500014 MONIT-REF (,W.R.Webber+,J,PR/C,41,547,1990) C045400500015 ERR-ANALYS (DATA-ERR) Uncertainty given is summation in quadratureC045400500016 of contributions from the following: C045400500017 . statistical uncertainty, C045400500018 . error in reference cross section, C045400500019 . uncertainty of efficiency ratio (3%), C045400500020 . possible difference in angular distribution of C045400500021 transitions between nuclide and standard (3%), C045400500022 . possible differences in the fraction decaying from C045400500023 2+ state to g.s. between nuclide and standard (5%). C045400500024 MISC-COL (MISC) Energy of gamma detected C045400500025 HISTORY (20171028A) Monitor value corrected, MONIT-ERR added C045400500026 ENDBIB 24 0 C045400500027 COMMON 2 3 C045400500028 MONIT MONIT-ERR C045400500029 MB MB C045400500030 44.2 2.7 C045400500031 ENDCOMMON 3 0 C045400500032 DATA 6 27 C045400500033 ELEMENT MASS DATA DATA-ERR DATA-MAX MISC C045400500034 NO-DIM NO-DIM MB MB MB KEV C045400500035 26. 56. 23.4 2.1 846.8 C045400500036 26. 54. 20.2 3.5 1408.4 C045400500037 26. 52. 0.76 840. C045400500038 24. 54. 3.3 0.3 834.9 C045400500039 24. 52. 44.2 2.7 1431.1 C045400500040 24. 50. 26.5 2.4 783.3 C045400500041 22. 50. 1.2 1553.7 C045400500042 22. 48. 22.7 2.3 983.5 C045400500043 22. 46. 32. 3.8 889.2 C045400500044 22. 44. 0.94 0.53 1083. C045400500045 20. 46. 1.13 0.47 1347. C045400500046 20. 44. 9.7 1.6 1157. C045400500047 20. 42. 32.7 2.9 1524.6 C045400500048 20. 40. 0.1 3730. C045400500049 18. 42. 0.47 1208.2 C045400500050 18. 40. 1.97 0.55 1460.8 C045400500051 18. 38. 12. 1.3 2167.8 C045400500052 18. 36. 1.2 1970. C045400500053 16. 36. 0.3 3291. C045400500054 16. 34. 3.8 0.3 2127.4 C045400500055 16. 32. 0.3 2230. C045400500056 16. 32. 0.5 1941. C045400500057 16. 30. 0.75 2335. C045400500058 16. 28. 0.5 1779. C045400500059 10. 22. 0.7 1247.6 C045400500060 10. 20. 0.6 1633.8 C045400500061 8. 14. 0.75 1982.2 C045400500062 ENDDATA 29 0 C045400500063 ENDSUBENT 62 0 C045400599999 ENDENTRY 5 0 C045499999999