ENTRY A0344 20150320 A034400000001 SUBENT A0344001 20150320 20150625 A034400100001 BIB 10 32 A034400100002 TITLE On the depth dependence of spallation reactions in A034400100003 a spherical thick diorite target homogeneously A034400100004 irradiated by 600 MeV protons. Simulation of A034400100005 production of cosmogenic nuclides in small meteorites A034400100006 AUTHOR (R.Michel, P.Dragovitsch, P.Englert, F.Peiffer, A034400100007 R.Stuek, S.Theis, F.Begemann, H.Weber, P.Signer, A034400100008 R.Wieler, D.Filges, P.Cloth) A034400100009 REFERENCE (J,NIM/B,16,61,1986) A034400100010 (P,INDC(GER)-29,28,1986). Short report. A034400100011 (W,MICHEL,19970303) to delete Co-59(p,x)Fe-59 data. A034400100012 REL-REF (O,O0104001,D.Fink+,J,NIM/B,29,275,1987) Final data A034400100013 are given. A034400100014 INSTITUTE (2GERKLN,2GERUH,2GERJUL,2SWTETH) A034400100015 FACILITY (SYNCY,2ZZZCER) A034400100016 HISTORY (19870914C) F.E. A034400100017 (19970213A) Transform to lower case. Reaction lines areA034400100018 detailed. A034400100019 (20080617A) BIB section updated A034400100020 Corrections were made according to new exfor rules andA034400100021 Nicolas remarks. A034400100022 (20110714D) Subents A0344020, 021, 022 were deleted as A034400100023 duplication data reported in sub.A015, 017, 019, A034400100024 respectively. A034400100025 (20150316A) Data were mostly superseded by O0078, A034400100026 O0104, O0280. A034400100027 METHOD (STTA,BCINT) A034400100028 ADD-RES Simulation of production of cosmogenic nuclides in A034400100029 small meteorites. A034400100030 COMMENT /By compiler/. Detailed information about target A034400100031 device see in reference. A034400100032 Corrections on secondary particles influence were A034400100033 partially only, probably. A034400100034 ENDBIB 32 0 A034400100035 NOCOMMON 0 0 A034400100036 ENDSUBENT 35 0 A034400199999 SUBENT A0344002 20150320 20150625 A034400200001 BIB 7 18 A034400200002 REACTION (8-O-16(P,X)4-BE-7,IND,SIG) A034400200003 METHOD (ACTIV) A034400200004 (GSPEC) A034400200005 DETECTOR (GELI) A034400200006 DECAY-DATA (4-BE-7,53.29D,DG,477.56,0.103) A034400200007 ERR-ANALYS (DATA-ERR). Quoted errors include counting statistics, A034400200008 the relative efficiency calibration and A034400200009 inhomogeneities of target thickness. Its do not A034400200010 consider those errors which systematically affect all A034400200011 the samples in the same way such as absolute efficiencyA034400200012 calibration, absolute flux determination, and errors ofA034400200013 monitor cross sections. The overall error of the latterA034400200014 effects is about 7%. It has to be quadratically added A034400200015 to those quoted if absolute errors are required for A034400200016 comparison with the results of other authors. A034400200017 STATUS (TABLE).Data value from W,MICHEL,19970303 A034400200018 (SPSDD,O0078002) A034400200019 HISTORY (20150323A) Data were superseded by O0078002. A034400200020 ENDBIB 18 0 A034400200021 NOCOMMON 0 0 A034400200022 DATA 3 1 A034400200023 EN DATA DATA-ERR A034400200024 MEV MB MB A034400200025 600. 11. 0.2 A034400200026 ENDDATA 3 0 A034400200027 ENDSUBENT 26 0 A034400299999 SUBENT A0344003 20150320 20150625 A034400300001 BIB 8 39 A034400300002 REACTION (22-TI-0(P,X)ELEM/MASS,,SIG) A034400300003 COMMENT *By compiler*.An influence of radioactive decay of A034400300004 argon-42, which is possible progenitor for K-42 is veryA034400300005 small. A034400300006 *By compiler*.The authors data were re-calculated by A034400300007 compiler-authors values can be converted to 600 MeV A034400300008 thin-target cross section (mb) by multiplying them A034400300009 with 1.66*10E-3* A, A- being the atomic weight of the A034400300010 target element. A034400300011 METHOD (ACTIV) A034400300012 (GSPEC) A034400300013 DETECTOR (GELI) A034400300014 DECAY-DATA ((1.)4-BE-7,53.29D,DG,477.56,0.103) A034400300015 ((2.)11-NA-22,2.602YR,DG,1274.54,0.9994) A034400300016 ((3.)11-NA-24,14.96HR,DG,1368.56,1.) A034400300017 ((4.)19-K-42,12.36HR,DG,1524.70,0.179) A034400300018 ((5.)19-K-43,22.2HR,DG,372.81,0.883) A034400300019 ((6.)21-SC-44-M,2.44D,DG,271.40,0.86) A034400300020 ((7.)21-SC-46-G,83.82D,DG,889.26,0.9998) A034400300021 ((8.)21-SC-47,3.35D,DG,159.40,0.68) A034400300022 ((9.)21-SC-48). Used data are absent. A034400300023 ((10.)23-V-48,15.97D,DG,983.50,1., A034400300024 DG,1311.6,0.98) A034400300025 ERR-ANALYS (DATA-ERR).Quoted errors include counting statistics, A034400300026 the relative efficiency calibration and A034400300027 inhomogeneities of target thickness. Its do not A034400300028 consider those errors which systematically affect all A034400300029 the samples in the same way such as absolute efficiencyA034400300030 calibration, absolute flux determination, and errors ofA034400300031 monitor cross sections. The overall error of the latterA034400300032 effects is about 7%. It has to be quadratically added A034400300033 to those quoted if absolute errors are required for A034400300034 comparison with the results of other authors. A034400300035 STATUS (TABLE).Table 4 of J,NIM/B,16,61,1986 A034400300036 (SPSDD,O0078006) A034400300037 (SPSDD,O0078007) A034400300038 (SPSDD,O0078008) A034400300039 HISTORY (20110714A). This subent was merged with A0344004 A034400300040 (20150323A) Data were superseded by O0078. A034400300041 ENDBIB 39 0 A034400300042 COMMON 1 3 A034400300043 EN A034400300044 MEV A034400300045 600. A034400300046 ENDCOMMON 3 0 A034400300047 DATA 6 10 A034400300048 ELEMENT MASS ISOMER DATA DATA-ERR DECAY-FLAG A034400300049 NO-DIM NO-DIM NO-DIM MB MB NO-DIM A034400300050 4. 7. 2.25 0.08 1. A034400300051 11. 22. 1.033 0.024 2. A034400300052 11. 24. 1.59 0.06 3. A034400300053 19. 42. 10.41 0.18 4. A034400300054 19. 43. 42.6 0.17 5. A034400300055 21. 44. 1. 8.27 0.18 6. A034400300056 21. 46. 36.4 0.6 7. A034400300057 21. 47. 33.1 0.6 8. A034400300058 21. 48. 3.43 0.09 9. A034400300059 23. 48. 2.15 0.04 10. A034400300060 ENDDATA 12 0 A034400300061 ENDSUBENT 60 0 A034400399999 NOSUBENT A0344004 20110726 20110831 A034400400001 SUBENT A0344005 20150320 20150625 A034400500001 BIB 8 41 A034400500002 REACTION (26-FE-0(P,X)ELEM/MASS,,SIG) A034400500003 COMMENT *By compiler*.The authors data were re-calculated by A034400500004 compiler-authors values can be converted to 600 MeV A034400500005 thin-target cross section (mb) by multiplying them A034400500006 with 1.66*10E-3* A, A- being the atomic weight of the A034400500007 target element. A034400500008 METHOD (ACTIV) A034400500009 (GSPEC) A034400500010 DETECTOR (GELI) A034400500011 ERR-ANALYS (DATA-ERR). Quoted errors include counting statistics, A034400500012 the relative efficiency calibration and A034400500013 inhomogeneities of target thickness. Its do not A034400500014 consider those errors which systematically affect all A034400500015 the samples in the same way such as absolute efficiencyA034400500016 calibration, absolute flux determination, and errors ofA034400500017 monitor cross sections. The overall error of the latterA034400500018 effects is about 7%. It has to be quadratically added A034400500019 to those quoted if absolute errors are required for A034400500020 comparison with the results of other authors. A034400500021 DECAY-DATA ((1.)4-BE-7,53.29D,DG,477.56,0.103) A034400500022 ((2.)11-NA-22,2.602YR,DG,1274.54,0.9994) A034400500023 ((3.)19-K-43,22.2HR,DG,372.81,0.883) A034400500024 ((4.)21-SC-44-M,2.44D,DG,271.40,0.86) A034400500025 ((5.)21-SC-46-G,83.82D,DG,889.26,0.9998) A034400500026 ((6.)21-SC-47,3.35D,DG,159.40,0.68) A034400500027 ((7.)23-V-48,15.97D,DG,983.50,1., A034400500028 DG,1311.6,0.98) A034400500029 ((8.)24-CR-48,21.6HR,DG,112.5,0.98, A034400500030 DG,308.3,0.99) A034400500031 ((9.)24-CR-51,27.70D,DG,320.07,0.0983) A034400500032 ((10.)25-MN-54,312.2D,DG,834.81,0.9998) A034400500033 ((11.)27-CO-56,78.76D,DG,846.75,0.9999) A034400500034 ((12.)27-CO-57,271.3D,DG,122.07,0.856) A034400500035 ((13.)27-CO-58-G,70.78D,DG,810.75,0.9945) A034400500036 STATUS (TABLE).Table 5 of J,NIM/B,16,61,1986 A034400500037 (SPSDD,O0078016) A034400500038 (SPSDD,O0078017) A034400500039 (SPSDD,O0078018) A034400500040 (SPSDD,O0078019) A034400500041 HISTORY (20110714A). This subent was merged with A0344006 A034400500042 (20150323A) Data were superseded by O0078. A034400500043 ENDBIB 41 0 A034400500044 COMMON 1 3 A034400500045 EN A034400500046 MEV A034400500047 600. A034400500048 ENDCOMMON 3 0 A034400500049 DATA 6 13 A034400500050 ELEMENT MASS ISOMER DATA DATA-ERR DECAY-FLAG A034400500051 NO-DIM NO-DIM NO-DIM MB MB NO-DIM A034400500052 4. 7. 2.21 0.05 1. A034400500053 11. 22. 0.399 0.018 2. A034400500054 19. 43. 0.87 0.07 3. A034400500055 21. 44. 1. 8.24 0.06 4. A034400500056 21. 46. 9.55 0.18 5. A034400500057 21. 47. 293. 34. 6. A034400500058 23. 48. 22.71 0.28 7. A034400500059 24. 48. 0.61 0.12 8. A034400500060 24. 51. 44.3 0.4 9. A034400500061 25. 54. 38.29 0.24 10. A034400500062 27. 56. 1.187 0.009 11. A034400500063 27. 57. 0.232 0.009 12. A034400500064 27. 58. 0.036 0.006 13. A034400500065 ENDDATA 15 0 A034400500066 ENDSUBENT 65 0 A034400599999 NOSUBENT A0344006 20110726 20110831 A034400600001 SUBENT A0344007 20150320 20150625 A034400700001 BIB 8 44 A034400700002 REACTION (27-CO-59(P,X)ELEM/MASS,,SIG) A034400700003 COMMENT *By compiler*.The authors data were re-calculated by A034400700004 compiler-authors values can be converted to 600 MeV A034400700005 thin-target cross section (mb) by multiplying them A034400700006 with 1.66*10E-3* A, A- being the atomic weight of the A034400700007 target element. A034400700008 METHOD (ACTIV) A034400700009 (GSPEC) A034400700010 DETECTOR (GELI) A034400700011 ERR-ANALYS (DATA-ERR). Quoted errors include counting statistics, A034400700012 the relative efficiency calibration and A034400700013 inhomogeneities of target thickness. Its do not A034400700014 consider those errors which systematically affect all A034400700015 the samples in the same way such as absolute efficiencyA034400700016 calibration, absolute flux determination, and errors ofA034400700017 monitor cross sections. The overall error of the latterA034400700018 effects is about 7%. It has to be quadratically added A034400700019 to those quoted if absolute errors are required for A034400700020 comparison with the results of other authors. A034400700021 DECAY-DATA ((1.)4-BE-7,53.29D,DG,477.56,0.103) A034400700022 ((2.)11-NA-22,2.602YR,DG,1274.54,0.9994) A034400700023 ((3.)19-K-43,22.2HR,DG,372.81,0.883) A034400700024 ((4.)21-SC-44-M,2.44D,DG,271.40,0.86) A034400700025 ((5.)21-SC-46-G,83.83D,DG,889.26,0.9998) A034400700026 ((6.)21-SC-47,3.35D,DG,159.40,0.68) A034400700027 ((7.)23-V-48,15.97D,DG,983.50,1., A034400700028 DG,1311.6,0.98) A034400700029 ((8.)24-CR-51,27.70D,DG,320.07,0.0983) A034400700030 ((9.)25-MN-52-G,5.6D,DG,744.20,0.85, A034400700031 DG,1434.30,1.) A034400700032 ((10.)25-MN-54,312.2D,DG,834.81,0.9998) A034400700033 ((11.)27-CO-55,17.54HR,DG,477.20,0.202, A034400700034 DG,931.10,0.75, A034400700035 DG,1408.30,0.169) A034400700036 ((12.)27-CO-56,78.76D,DG,846.75,0.9999) A034400700037 ((13.)27-CO-57,271.3D,DG,122.07,0.856) A034400700038 ((14.)27-CO-58-G,70.78D,DG,810.75,0.9945) A034400700039 ((15.)28-NI-57,36.0HR,DG,1377.62,0.849) A034400700040 STATUS (TABLE).Table 6 of J,NIM/B,16,61,1986 A034400700041 (SPSDD,O0078020) A034400700042 (SPSDD,O0078021) A034400700043 (SPSDD,O0078022) A034400700044 HISTORY (20110714A). This subent was merged with A0344008 A034400700045 (20150323A) Data were superseded by O0078. A034400700046 ENDBIB 44 0 A034400700047 COMMON 1 3 A034400700048 EN A034400700049 MEV A034400700050 600. A034400700051 ENDCOMMON 3 0 A034400700052 DATA 6 15 A034400700053 ELEMENT MASS ISOMER DATA DATA-ERR DECAY-FLAG A034400700054 NO-DIM NO-DIM NO-DIM MB MB NO-DIM A034400700055 4. 7. 1.68 0.07 1. A034400700056 11. 22. 0.235 0.019 2. A034400700057 19. 43. 0.98 0.04 3. A034400700058 21. 44. 1. 6.7 0.1 4. A034400700059 21. 46. 8.67 0.13 5. A034400700060 21. 47. 3.28 0.06 6. A034400700061 23. 48. 16.1 0.2 7. A034400700062 24. 51. 35.8 0.5 8. A034400700063 25. 52. 1.25 0.19 9. A034400700064 25. 54. 29.5 0.5 10. A034400700065 27. 55. 0.87 0.1 11. A034400700066 27. 56. 8.59 0.13 12. A034400700067 27. 57. 26.1 0.6 13. A034400700068 27. 58. 52.9 1.8 14. A034400700069 28. 57. 0.186 0.029 15. A034400700070 ENDDATA 17 0 A034400700071 ENDSUBENT 70 0 A034400799999 NOSUBENT A0344008 20110726 20110831 A034400800001 SUBENT A0344009 20150320 20150625 A034400900001 BIB 8 41 A034400900002 REACTION (28-NI-0(P,X)ELEM/MASS,,SIG) A034400900003 METHOD (ACTIV) A034400900004 (GSPEC) A034400900005 DETECTOR (GELI) A034400900006 COMMENT *By compiler*.The authors data were re-calculated by A034400900007 compiler-authors values can be converted to 600 MeV A034400900008 thin-target cross section (mb) by multiplying them A034400900009 with 1.66*10E-3* A, A- being the atomic weight of the A034400900010 target element. A034400900011 ERR-ANALYS (DATA-ERR). Quoted errors include counting statistics, A034400900012 the relative efficiency calibration and A034400900013 inhomogeneities of target thickness. Its do not A034400900014 consider those errors which systematically affect all A034400900015 the samples in the same way such as absolute efficiencyA034400900016 calibration, absolute flux determination, and errors ofA034400900017 monitor cross sections. The overall error of the latterA034400900018 effects is about 7%. It has to be quadratically added A034400900019 to those quoted if absolute errors are required for A034400900020 comparison with the results of other authors. A034400900021 DECAY-DATA ((1.)4-BE-7,53.29D,DG,477.56,0.103) A034400900022 ((2.)21-SC-46-G,83.82D,DG,889.26,0.9998) A034400900023 ((3.)23-V-48,15.97D,DG,983.50,1., A034400900024 DG,1311.6,0.98) A034400900025 ((4.)24-CR-48,21.6HR,DG,112.5,0.98, A034400900026 DG,308.3,0.99) A034400900027 ((5.)24-CR-51,27.70D,DG,320.07,0.0983) A034400900028 ((6.)25-MN-52-G,5.6D,DG,744.20,0.85, A034400900029 DG,1434.30,1.) A034400900030 ((7.)25-MN-54,312.2D,DG,834.81,0.9998) A034400900031 ((8.)26-FE-59,45.1D,DG,1099.22,0.565, A034400900032 DG,1291.56,0.432) A034400900033 ((9.)27-CO-56,78.76D,DG,846.75,0.9999) A034400900034 ((10.)27-CO-57,271.3D,DG,122.07,0.856) A034400900035 ((11.)27-CO-58-G,70.78D,DG,810.75,0.9945) A034400900036 ((12.)28-NI-57,36.0HR,DG,1377.62,0.849) A034400900037 STATUS (TABLE).Table 7 of J,NIM/B,16,61,1986 A034400900038 (SPSDD,O0078023) A034400900039 (SPSDD,O0078024) A034400900040 (SPSDD,O0078025) A034400900041 HISTORY (20110714A). This subent was merged with A0344010 A034400900042 (20150323A) Data were superseded by O0078. A034400900043 ENDBIB 41 0 A034400900044 COMMON 1 3 A034400900045 EN A034400900046 MEV A034400900047 600. A034400900048 ENDCOMMON 3 0 A034400900049 DATA 5 12 A034400900050 ELEMENT MASS DATA DATA-ERR DECAY-FLAG A034400900051 NO-DIM NO-DIM MB MB NO-DIM A034400900052 4. 7. 2.73 0.06 1. A034400900053 21. 46. 4.94 0.05 2. A034400900054 23. 48. 22.5 0.19 3. A034400900055 24. 48. 1.861 0.019 4. A034400900056 24. 51. 41.8 0.4 5. A034400900057 25. 52. 16.08 0.19 6. A034400900058 25. 54. 16.08 0.19 7. A034400900059 26. 59. 3.12 0.01 8. A034400900060 27. 56. 36.5 0.4 9. A034400900061 27. 57. 69.8 0.7 10. A034400900062 27. 58. 20.9 0.2 11. A034400900063 28. 57. 23. 0.3 12. A034400900064 ENDDATA 14 0 A034400900065 ENDSUBENT 64 0 A034400999999 NOSUBENT A0344010 20110726 20110831 A034401000001 SUBENT A0344011 20150320 20150625 A034401100001 BIB 8 43 A034401100002 REACTION (29-CU-0(P,X)ELEM/MASS,,SIG) A034401100003 METHOD (ACTIV) A034401100004 (GSPEC) A034401100005 DETECTOR (GELI) A034401100006 ERR-ANALYS (DATA-ERR). Quoted errors include counting statistics, A034401100007 the relative efficiency calibration and A034401100008 inhomogeneities of target thickness. Its do not A034401100009 consider those errors which systematically affect all A034401100010 the samples in the same way such as absolute efficiencyA034401100011 calibration, absolute flux determination, and errors ofA034401100012 monitor cross sections. The overall error of the latterA034401100013 effects is about 7%. It has to be quadratically added A034401100014 to those quoted if absolute errors are required for A034401100015 comparison with the results of other authors. A034401100016 COMMENT *By compiler*.The authors data were re-calculated by A034401100017 compiler-authors values can be converted to 600 MeV A034401100018 thin-target cross section (mb) by multiplying them A034401100019 with 1.66*10E-3* A, A- being the atomic weight of the A034401100020 target element. A034401100021 DECAY-DATA ((1.)4-BE-7,53.29D,DG,477.56,0.103) A034401100022 ((2.)21-SC-44-M,2.44D,DG,271.40,0.86) A034401100023 ((3.)21-SC-46-G,83.82D,DG,889.26,0.9998) A034401100024 ((4.)21-SC-47,3.35D,DG,159.40,0.68) A034401100025 ((5.)23-V-48,15.97D,DG,983.50,1., A034401100026 DG,1311.6,0.98) A034401100027 ((6.)24-CR-51,27.70D,DG,320.07,0.0983) A034401100028 ((7.)25-MN-52-G,5.6D,DG,744.20,0.85, A034401100029 DG,1434.30,1.) A034401100030 ((8.)25-MN-54,312.2D,DG,834.81,0.9998) A034401100031 ((9.)26-FE-59,45.1D,DG,1099.22,0.565, A034401100032 DG,1291.56,0.432) A034401100033 ((10.)27-CO-56,78.76D,DG,846.75,0.9999) A034401100034 ((11.)27-CO-57,271.3D,DG,122.07,0.856) A034401100035 ((12.)27-CO-58-G,70.78D,DG,810.75,0.9945) A034401100036 ((13.)27-CO-60-G,5.272YR,DG,1117.23,0.9986, A034401100037 DG,1322.51,0.9998) A034401100038 ((14.)28-NI-57,36.0HR,DG,1377.62,0.849) A034401100039 STATUS (TABLE).Table 8 of J,NIM/B,16,61,1986 A034401100040 (SPSDD,O0078026) A034401100041 (SPSDD,O0078027) A034401100042 (SPSDD,O0078028) A034401100043 HISTORY (20110714A). This subent was merged with A0344012 A034401100044 (20150323A) Data were superseded by O0078. A034401100045 ENDBIB 43 0 A034401100046 COMMON 1 3 A034401100047 EN A034401100048 MEV A034401100049 600. A034401100050 ENDCOMMON 3 0 A034401100051 DATA 6 14 A034401100052 ELEMENT MASS ISOMER DATA DATA-ERR DECAY-FLAG A034401100053 NO-DIM NO-DIM NO-DIM MB MB NO-DIM A034401100054 4. 7. 1.64 0.031 1. A034401100055 21. 44. 1. 3.85 0.031 2. A034401100056 21. 46. 5.22 0.04 3. A034401100057 21. 47. 2.194 0.021 4. A034401100058 23. 48. 10.55 0.08 5. A034401100059 24. 51. 26.37 0.21 6. A034401100060 25. 52. 9.23 0.07 7. A034401100061 25. 54. 21.52 0.21 8. A034401100062 26. 59. 1.593 0.021 9. A034401100063 27. 56. 9.62 0.07 10. A034401100064 27. 57. 24.89 0.21 11. A034401100065 27. 58. 32.1 0.3 12. A034401100066 27. 60. 11.71 0.21 13. A034401100067 28. 57. 9.38 0.1 14. A034401100068 ENDDATA 16 0 A034401100069 ENDSUBENT 68 0 A034401199999 NOSUBENT A0344012 20110726 20110831 A034401200001 SUBENT A0344013 20150320 20150625 A034401300001 BIB 8 35 A034401300002 REACTION (71-LU-0(P,X)ELEM/MASS,,SIG) A034401300003 METHOD (ACTIV) A034401300004 (GSPEC) A034401300005 DETECTOR (GELI) A034401300006 COMMENT *By compiler*.The authors data were re-calculated by A034401300007 compiler-authors values can be converted to 600 MeV A034401300008 thin-target cross section (mb) by multiplying them A034401300009 with 1.66*10E-3* A, A- being the atomic weight of the A034401300010 target element. A034401300011 ERR-ANALYS (DATA-ERR). Quoted errors include counting statistics, A034401300012 the relative efficiency calibration and A034401300013 inhomogeneities of target thickness. Its do not A034401300014 consider those errors which systematically affect all A034401300015 the samples in the same way such as absolute efficiencyA034401300016 calibration, absolute flux determination, and errors ofA034401300017 monitor cross sections. The overall error of the latterA034401300018 effects is about 7%. It has to be quadratically added A034401300019 to those quoted if absolute errors are required for A034401300020 comparison with the results of other authors. A034401300021 DECAY-DATA ((1.)71-LU-171-G,8.22D,DG,667.6,0.1164, A034401300022 DG,739.8,0.5577) A034401300023 ((2.)71-LU-172-G,6.70D,DG,900.7,0.2771, A034401300024 DG,1093.0,0.7523) A034401300025 ((3.)71-LU-173,1.37YR,DG,100.7,0.0305, A034401300026 DG,272.0,0.125) A034401300027 ((4.)70-YB-169-G,32.0D,DG,130.5,0.115) A034401300028 ((5.)69-TM-165,30.66HR,DG,242.9,0.351) A034401300029 ((6.)69-TM-167,9.25D,DG,207.8,0.42) A034401300030 ((7.)64-GD-146,48.3D,DG,114.8,0.45, A034401300031 DG,115.6,0.45, A034401300032 DG,154.7,0.38) A034401300033 STATUS (TABLE).Table 9 of J,NIM/B,16,61,1986 A034401300034 (SPSDD,O0078042) A034401300035 (SPSDD,O0078043) A034401300036 HISTORY (20150323A) Data were superseded by O0078. A034401300037 ENDBIB 35 0 A034401300038 COMMON 1 3 A034401300039 EN A034401300040 MEV A034401300041 600. A034401300042 ENDCOMMON 3 0 A034401300043 DATA 5 7 A034401300044 ELEMENT MASS DATA DATA-ERR DECAY-FLAG A034401300045 NO-DIM NO-DIM MB MB NO-DIM A034401300046 64. 146. 22.4 2. 7. A034401300047 69. 165. 50. 6. 5. A034401300048 69. 167. 61. 1.4 6. A034401300049 70. 169. 35. 6. 4. A034401300050 71. 171. 34. 5. 1. A034401300051 71. 172. 21.5 2.4 2. A034401300052 71. 173. 88. 4. 3. A034401300053 ENDDATA 9 0 A034401300054 ENDSUBENT 53 0 A034401399999 SUBENT A0344014 20150320 20150625 A034401400001 BIB 8 40 A034401400002 REACTION (56-BA-0(P,X)ELEM/MASS,,SIG) A034401400003 METHOD (ACTIV) A034401400004 (GSPEC) A034401400005 DETECTOR (GELI) A034401400006 COMMENT *By compiler*.The authors data were re-calculated by A034401400007 compiler-authors values can be converted to 600 MeV A034401400008 thin-target cross section (mb) by multiplying them A034401400009 with 1.66*10E-3* A, A- being the atomic weight of the A034401400010 target element. A034401400011 ERR-ANALYS (DATA-ERR). Quoted errors include counting statistics, A034401400012 the relative efficiency calibration and A034401400013 inhomogeneities of target thickness. Its do not A034401400014 consider those errors which systematically affect all A034401400015 the samples in the same way such as absolute efficiencyA034401400016 calibration, absolute flux determination, and errors ofA034401400017 monitor cross sections. The overall error of the latterA034401400018 effects is about 7%. It has to be quadratically added A034401400019 to those quoted if absolute errors are required for A034401400020 comparison with the results of other authors. A034401400021 DECAY-DATA ((1.)56-BA-131-G,11.8D,DG,216.09,0.199, A034401400022 DG,379.25,0.1333, A034401400023 DG,496.28,0.4378) A034401400024 ((2.)56-BA-133-G,10.7YR,DG,302.71,0.1862, A034401400025 DG,355.86,0.6277, A034401400026 DG,383.70,0.0884) A034401400027 ((3.)55-CS-136-G,12.98D,DG,818.5,1., A034401400028 DG,1235.34,0.198) A034401400029 ((4.)55-CS-134-G,2.06YR,DG,604.66,0.976, A034401400030 DG,795.76,0.854) A034401400031 ((5.)51-SB-120-M,5.76D,DG,1023.0,0.99, A034401400032 DG,1171.2,1.) A034401400033 ((6.)54-XE-127-G,36.406D,DG,202.84,0.68) A034401400034 ((7.)52-TE-119-M,4.7D,DG,1212.6,0.67) A034401400035 ((8.)53-I-124,4.15D,DG,722.78,0.102, A034401400036 DG,11352.5,0.0147, A034401400037 DG,1376.1,0.0171) A034401400038 STATUS (TABLE).Table 10 of J,NIM/B,16,61,1986 A034401400039 (SPSDD,O0078040) A034401400040 (SPSDD,O0078041) A034401400041 HISTORY (20150323A) Data were superseded by O0078. A034401400042 ENDBIB 40 0 A034401400043 COMMON 1 3 A034401400044 EN A034401400045 MEV A034401400046 600. A034401400047 ENDCOMMON 3 0 A034401400048 DATA 6 8 A034401400049 ELEMENT MASS ISOMER DATA DATA-ERR DECAY-FLAG A034401400050 NO-DIM NO-DIM NO-DIM MB MB NO-DIM A034401400051 51. 120. 1. 2.53 0.15 5. A034401400052 52. 119. 1. 10.76 0.33 7. A034401400053 53. 124. 7.9 1.0 8. A034401400054 54. 127. 45.7 3.5 6. A034401400055 55. 134. 17.6 0.8 4. A034401400056 55. 136. 13.1 0.4 3. A034401400057 56. 131. 28.9 0.9 1. A034401400058 56. 133. 37.3 2.0 2. A034401400059 ENDDATA 10 0 A034401400060 ENDSUBENT 59 0 A034401499999 SUBENT A0344015 20150320 20150625 A034401500001 BIB 8 30 A034401500002 REACTION 1(12-MG-0(P,X)ELEM/MASS,IND,SIG) A034401500003 2(12-MG-0(P,X)ELEM/MASS,CUM,SIG) A034401500004 METHOD (ASEP) A034401500005 COMMENT *By compiler*.The authors data were re-calculated by A034401500006 compiler-authors values can be converted to 600 MeV A034401500007 thin-target cross section (mb) by multiplying them A034401500008 with 1.66*10E-3* A, A- being the atomic weight of the A034401500009 target element. A034401500010 REL-REF (O,,P.Dragovitsch+,P,INDC(GER)-29,28,1986) A034401500011 same data in Table 1 A034401500012 MONITOR ((MONIT)13-AL-27(P,3D)11-NA-22,,SIG,,,EVAL) A034401500013 ERR-ANALYS (DATA-ERR). Quoted errors include counting statistics, A034401500014 the relative efficiency calibration and A034401500015 inhomogeneities of target thickness. Its do not A034401500016 consider those errors which systematically affect all A034401500017 the samples in the same way such as absolute efficiencyA034401500018 calibration, absolute flux determination, and errors ofA034401500019 monitor cross sections. The overall error of the latterA034401500020 effects is about 7%. It has to be quadratically added A034401500021 to those quoted if absolute errors are required for A034401500022 comparison with the results of other authors. A034401500023 STATUS (TABLE).Table 11 of J,NIM/B,16,61,1986 A034401500024 1(SPSDD,O0280002) A034401500025 (SPSDD,O0280003) A034401500026 (SPSDD,O0078003) A034401500027 (SPSDD,O0028004) A034401500028 (SPSDD,O0028005) A034401500029 (SPSDD,O0280007) A034401500030 2(SPSDD,O0280006) A034401500031 HISTORY (20150323A) Data were superseded by O0078, O0280. A034401500032 ENDBIB 30 0 A034401500033 COMMON 2 3 A034401500034 MONIT EN A034401500035 MB MEV A034401500036 15.99 600. A034401500037 ENDCOMMON 3 0 A034401500038 DATA 6 8 A034401500039 ELEMENT MASS DATA 1DATA-ERR 1DATA 2DATA-ERR 2A034401500040 NO-DIM NO-DIM MB MB MB MB A034401500041 2. 3. 31.67 0.2 A034401500042 2. 4. 294.5 1.8 A034401500043 4. 7. 6.62 0.12 A034401500044 10. 20. 28.8 0.2 A034401500045 10. 21. 28.6 0.2 A034401500046 10. 22. 12.5 0.1 A034401500047 10. 22. 44.5 0.4 A034401500048 11. 22. 32.1 0.6 A034401500049 ENDDATA 10 0 A034401500050 ENDSUBENT 49 0 A034401599999 SUBENT A0344016 20110714 20110831 A034401600001 BIB 4 12 A034401600002 REACTION 3((12-MG-0(P,X)2-HE-3,IND,SIG)/ A034401600003 (12-MG-0(P,X)2-HE-4,,SIG)) A034401600004 1((12-MG-0(P,X)2-HE-4,,SIG)/ A034401600005 (12-MG-0(P,X)10-NE-21,,SIG)) A034401600006 4((12-MG-0(P,X)10-NE-20,,SIG)/ A034401600007 (12-MG-0(P,X)10-NE-21,,SIG)) A034401600008 2((12-MG-0(P,X)10-NE-22,,SIG)/ A034401600009 (12-MG-0(P,X)10-NE-21,,SIG)) A034401600010 STATUS (TABLE).Table 11 of J,NIM/B,16,61,1986 A034401600011 METHOD (ASEP) A034401600012 ERR-ANALYS (DATA-ERR). Isotope abudance ratios are accurate to A034401600013 better than 2%. A034401600014 ENDBIB 12 0 A034401600015 NOCOMMON 0 0 A034401600016 DATA 9 1 A034401600017 EN DATA 3DATA-ERR 3DATA 1DATA-ERR 1DATA 4A034401600018 DATA-ERR 4DATA 2DATA-ERR 2 A034401600019 MEV NO-DIM NO-DIM NO-DIM NO-DIM NO-DIM A034401600020 NO-DIM NO-DIM NO-DIM A034401600021 600. 0.108 0.001 1.11 0.01 1.01A034401600022 0.01 1.55 0.02 A034401600023 ENDDATA 6 0 A034401600024 ENDSUBENT 23 0 A034401699999 SUBENT A0344017 20150320 20150625 A034401700001 BIB 8 30 A034401700002 REACTION 1(13-AL-27(P,X)ELEM/MASS,IND,SIG) A034401700003 2(13-AL-27(P,X)ELEM/MASS,CUM,SIG) A034401700004 COMMENT *By compiler*.The authors data were re-calculated by A034401700005 compiler-authors values can be converted to 600 MeV A034401700006 thin-target cross section (mb) by multiplying them A034401700007 with 1.66*10E-3* A, A- being the atomic weight of the A034401700008 target element. A034401700009 REL-REF (O,,P.Dragovitsch+,P,INDC(GER)-29,28,1986) A034401700010 same data in Table 1 A034401700011 METHOD (ASEP) A034401700012 MONITOR ((MONIT)13-AL-27(P,3D)11-NA-22,,SIG,,,EVAL) A034401700013 ERR-ANALYS (DATA-ERR). Quoted errors include counting statistics, A034401700014 the relative efficiency calibration and A034401700015 inhomogeneities of target thickness. Its do not A034401700016 consider those errors which systematically affect all A034401700017 the samples in the same way such as absolute efficiencyA034401700018 calibration, absolute flux determination, and errors ofA034401700019 monitor cross sections. The overall error of the latterA034401700020 effects is about 7%. It has to be quadratically added A034401700021 to those quoted if absolute errors are required for A034401700022 comparison with the results of other authors. A034401700023 STATUS (TABLE).Table 12 of J,NIM/B,16,61,1986 A034401700024 1(SPSDD,O0280008) A034401700025 (SPSDD,O0280009) A034401700026 (SPSDD,O0078004) A034401700027 (SPSDD,O0028010) A034401700028 (SPSDD,O0028011) A034401700029 (SPSDD,O0280013) A034401700030 2(SPSDD,O0280012) A034401700031 HISTORY (20150323A) Data were superseded by O0078, O0280. A034401700032 ENDBIB 30 0 A034401700033 COMMON 2 3 A034401700034 MONIT EN A034401700035 MB MEV A034401700036 15.99 600. A034401700037 ENDCOMMON 3 0 A034401700038 DATA 6 8 A034401700039 ELEMENT MASS DATA 1DATA-ERR 1DATA 2DATA-ERR 2A034401700040 NO-DIM NO-DIM MB MB MB MB A034401700041 2. 3. 26.51 0.13 A034401700042 2. 4. 321.5 2.0 A034401700043 4. 7. 5.02 0.09 A034401700044 10. 20. 23.7 0.1 A034401700045 10. 21. 24.5 0.2 A034401700046 10. 22. 12.8 0.1 A034401700047 10. 22. 28.8 0.2 A034401700048 11. 24. 10.3 0.7 A034401700049 ENDDATA 10 0 A034401700050 ENDSUBENT 49 0 A034401799999 SUBENT A0344018 20110714 20110831 A034401800001 BIB 4 12 A034401800002 REACTION 3((13-AL-27(P,X)2-HE-3,IND,SIG)/ A034401800003 (13-AL-27(P,X)2-HE-4,,SIG)) A034401800004 1((13-AL-27(P,X)2-HE-3,IND,SIG)/ A034401800005 (13-AL-27(P,X)10-NE-21,,SIG)) A034401800006 5((13-AL-27(P,X)10-NE-20,,SIG)/ A034401800007 (13-AL-27(P,X)10-NE-21,,SIG)) A034401800008 2((13-AL-27(P,X)10-NE-22,,SIG)/ A034401800009 (13-AL-27(P,X)10-NE-21,,SIG)) A034401800010 METHOD (ASEP) A034401800011 STATUS (TABLE).Table 12 of J,NIM/B,16,61,1986 A034401800012 ERR-ANALYS (DATA-ERR). Isotope abudance ratios are accurate to A034401800013 better than 2%. A034401800014 ENDBIB 12 0 A034401800015 NOCOMMON 0 0 A034401800016 DATA 9 1 A034401800017 EN DATA 3DATA-ERR 3DATA 1DATA-ERR 1DATA 5A034401800018 DATA-ERR 5DATA 2DATA-ERR 2 A034401800019 MEV NO-DIM NO-DIM NO-DIM NO-DIM NO-DIM A034401800020 NO-DIM NO-DIM NO-DIM A034401800021 600. 0.082 0.001 1.08 0.01 0.96A034401800022 0.01 1.17 0.01 A034401800023 ENDDATA 6 0 A034401800024 ENDSUBENT 23 0 A034401899999 SUBENT A0344019 20150320 20150625 A034401900001 BIB 7 28 A034401900002 REACTION 1(14-SI-0(P,X)ELEM/MASS,IND,SIG) A034401900003 2(14-SI-0(P,X)ELEM/MASS,CUM,SIG) A034401900004 MONITOR ((MONIT)13-AL-27(P,3D)11-NA-22,,SIG,,,EVAL) A034401900005 ERR-ANALYS (DATA-ERR). Quoted errors include counting statistics, A034401900006 the relative efficiency calibration and A034401900007 inhomogeneities of target thickness. Its do not A034401900008 consider those errors which systematically affect all A034401900009 the samples in the same way such as absolute efficiencyA034401900010 calibration, absolute flux determination, and errors ofA034401900011 monitor cross sections. The overall error of the latterA034401900012 effects is about 7%. It has to be quadratically added A034401900013 to those quoted if absolute errors are required for A034401900014 comparison with the results of other authors. A034401900015 METHOD (ASEP) A034401900016 COMMENT *By compiler*.The authors data were re-calculated by A034401900017 compiler-authors values can be converted to 600 MeV A034401900018 thin-target cross section (mb) by multiplying them A034401900019 with 1.66*10E-3* A, A- being the atomic weight of the A034401900020 target element. A034401900021 STATUS (TABLE).Table 13 of J,NIM/B,16,61,1986 A034401900022 1(SPSDD,O0280014) A034401900023 (SPSDD,O0280015) A034401900024 (SPSDD,O0078005) A034401900025 (SPSDD,O0028016) A034401900026 (SPSDD,O0028017) A034401900027 (SPSDD,O0280019) A034401900028 2(SPSDD,O0280018) A034401900029 HISTORY (20150323A) Data were superseded by O0078, O0280. A034401900030 ENDBIB 28 0 A034401900031 COMMON 2 3 A034401900032 MONIT EN A034401900033 MB MEV A034401900034 15.99 600. A034401900035 ENDCOMMON 3 0 A034401900036 DATA 6 9 A034401900037 ELEMENT MASS DATA 1DATA-ERR 1DATA 2DATA-ERR 2A034401900038 NO-DIM NO-DIM MB MB MB MB A034401900039 2. 3. 38.14 0.14 A034401900040 2. 4. 329.7 0.9 A034401900041 4. 7. 5.18 0.05 A034401900042 10. 20. 23.03 0.05 A034401900043 10. 21. 20.7 0.1 A034401900044 10. 22. 7.6 0.1 A034401900045 10. 22. 26.0 0.1 A034401900046 11. 22. 18.41 0.23 A034401900047 11. 24. 4.94 0.23 A034401900048 ENDDATA 11 0 A034401900049 ENDSUBENT 48 0 A034401999999 NOSUBENT A0344020 20110726 20110831 A034402000001 NOSUBENT A0344021 20110726 20110831 A034402100001 NOSUBENT A0344022 20110726 20110831 A034402200001 SUBENT A0344023 20150320 20150625 A034402300001 BIB 5 7 A034402300002 REACTION (22-TI-0(P,X)20-CA-41,,SIG) A034402300003 METHOD (AMS). A034402300004 ERR-ANALYS (DATA-ERR). Any information is absent. A034402300005 STATUS (TABLE).Table 1 of P,INDC(GER)-29,28,1986 A034402300006 (SPSDD,O0104002) Data were superseded by O0104. A034402300007 (SPSDD,O0104003) A034402300008 HISTORY (20150323A) Data were superseded by O0104. A034402300009 ENDBIB 7 0 A034402300010 NOCOMMON 0 0 A034402300011 DATA 3 2 A034402300012 EN DATA DATA-ERR A034402300013 MEV MB MB A034402300014 41. 7.1 1.2 A034402300015 81. 18.2 1.7 A034402300016 ENDDATA 4 0 A034402300017 ENDSUBENT 16 0 A034402399999 SUBENT A0344024 20150320 20150625 A034402400001 BIB 5 11 A034402400002 REACTION (28-NI-0(P,X)20-CA-41,,SIG) A034402400003 METHOD (AMS) A034402400004 ERR-ANALYS (DATA-ERR). Any information is absent. A034402400005 STATUS (TABLE).Table 1 of P,INDC(GER)-29,28,1986 A034402400006 (SPSDD,O0104008) A034402400007 (SPSDD,O0104009) A034402400008 (SPSDD,O0104010) * By R.Michel* Ep=184 MeV was revised A034402400009 to 194 MeV. A034402400010 HISTORY (20150323A) Data were superseded by O0104, Ca-41. A034402400011 Data for Ni-0(P,X)Al-26-G were removed, duplication of A034402400012 O0078.023. A034402400013 ENDBIB 11 0 A034402400014 NOCOMMON 0 0 A034402400015 DATA 3 3 A034402400016 EN DATA DATA-ERR A034402400017 MEV MB MB A034402400018 98. 0.08 0.05 A034402400019 140. 0.29 0.13 A034402400020 184. 0.94 0.3 A034402400021 ENDDATA 5 0 A034402400022 ENDSUBENT 21 0 A034402499999 NOSUBENT A0344025 20150320 20150625 A034402500001 NOSUBENT A0344026 20150320 20150625 A034402600001 NOSUBENT A0344027 20150320 20150625 A034402700001 NOSUBENT A0344028 20150320 20150625 A034402800001 SUBENT A0344029 20150320 20150625 A034402900001 BIB 5 6 A034402900002 REACTION (14-SI-0(P,X)4-BE-10,,SIG) A034402900003 METHOD (AMS) A034402900004 ERR-ANALYS (DATA-ERR).Any information for this analysis is absent.A034402900005 STATUS (TABLE).Table 1 of P,INDC(GER)-29,28,1986 A034402900006 (SPSDD,O0078005) A034402900007 HISTORY (20150323A) Data were superseded by O0078005. A034402900008 ENDBIB 6 0 A034402900009 NOCOMMON 0 0 A034402900010 DATA 3 1 A034402900011 EN DATA DATA-ERR A034402900012 MEV MB MB A034402900013 600. 0.63 0.05 A034402900014 ENDDATA 3 0 A034402900015 ENDSUBENT 14 0 A034402999999 NOSUBENT A0344030 20150320 20150625 A034403000001 SUBENT A0344031 20110714 20110831 A034403100001 BIB 4 12 A034403100002 REACTION 3((14-SI-0(P,X)2-HE-3,IND,SIG)/ A034403100003 (14-SI-0(P,X)2-HE-4,,SIG)) A034403100004 1((14-SI-0(P,X)2-HE-4,,SIG)/ A034403100005 (14-SI-0(P,X)10-NE-21,,SIG)) A034403100006 4((14-SI-0(P,X)10-NE-20,,SIG)/ A034403100007 (14-SI-0(P,X)10-NE-21,,SIG)) A034403100008 2((14-SI-0(P,X)10-NE-22,,SIG)/ A034403100009 (14-SI-0(P,X)10-NE-21,,SIG)) A034403100010 METHOD (ASEP) A034403100011 ERR-ANALYS (DATA-ERR). Isotope abudance ratios are accurate to A034403100012 better than 2%. A034403100013 STATUS (TABLE).Table 13 of J,NIM/B,16,61,1986 A034403100014 ENDBIB 12 0 A034403100015 NOCOMMON 0 0 A034403100016 DATA 9 1 A034403100017 EN DATA 3DATA-ERR 3DATA 1DATA-ERR 1DATA 4A034403100018 DATA-ERR 4DATA 2DATA-ERR 2 A034403100019 MEV NO-DIM NO-DIM NO-DIM NO-DIM NO-DIM A034403100020 NO-DIM NO-DIM NO-DIM A034403100021 600. 0.116 0.001 1.84 0.01 1.11A034403100022 0.01 1.25 0.01 A034403100023 ENDDATA 6 0 A034403100024 ENDSUBENT 23 0 A034403199999 ENDENTRY 31 0 A034499999999