ENTRY A0041 20231220 A104A0041 0 1 SUBENT A0041001 20231220 A104A0041 1 1 BIB 10 20 A0041 1 2 TITLE Influence of nuclear structure on the yields of the A0041 1 3 product nuclei in spallation reactions on 1-GeV protonsA0041 1 4 AUTHOR (B.N.Belyaev,V.D.Domkin,Ju.S.Egorov,Ju.G.Korobulin, A0041 1 5 L.M.Krizhanskii) A0041 1 6 REFERENCE (J,BAS,42,(11),151,1978) English translation. A0041 1 7 (J,IZV,42,2392,1978) Main reference. A0041 1 8 REL-REF (I,A0043001,B.N.Belyaev+,J,YF,24,1177,1976) Experim. A0041 1 9 setup (SNP,24,617,1976 - English translation). A0041 1 10 INSTITUTE (4RUSFTI) A0041 1 11 FACILITY (SYNCY,4RUSLIN) A0041 1 12 DETECTOR Mass spectrometer A0041 1 13 COMMENT Source of all decay-data - nuclear data sheets. A0041 1 14 STATUS (TABLE,,B.N.Belyaev+,J,BAS,42,(11),151,1978) A0041 1 15 Table on p.152 A0041 1 16 (APRVD) By V.D.Domkin. A0041 1 17 HISTORY (19781211C) A0041 1 18 (20080609A) BIB section updated A0041 1 19 Corrections were made according to new EXFOR rules. A0041 1 20 (20231220A) SD: Corrections in all Subents. A0041 1 21 Several Subents were split according to EXFOR rules. A0041 1 22 ENDBIB 20 0 A0041 1 23 COMMON 1 3 A0041 1 24 EN A0041 1 25 MEV A0041 1 26 1000. A0041 1 27 ENDCOMMON 3 0 A0041 1 28 ENDSUBENT 27 0 A0041 199999 SUBENT A0041002 20231220 A104A0041 2 1 BIB 10 28 A0041 2 2 REACTION (40-ZR-90(P,X)ELEM/MASS,,SIG) A0041 2 3 DETECTOR (GELI) A0041 2 4 MONITOR (13-AL-27(P,X)11-NA-24,CUM,SIG) A0041 2 5 MONIT-REF (,G.Friedlander+,J,PR,99,263,1955) A0041 2 6 METHOD (SITA,MOSEP,EXTB) A0041 2 7 SAMPLE (40-ZR-90,ENR=0.968) Enriched targets - A0041 2 8 sandwiches of three thin (20 mg) layers of A0041 2 9 zirconium (90,91,94), which were pressed between A0041 2 10 polystyrene films (0.2 mm). A0041 2 11 Each layer was between 2 aluminium foils (10 mu). A0041 2 12 FLAG (1.) These data were deduced by interpolating A0041 2 13 yields of neighboring isotopes. A0041 2 14 DECAY-DATA ((1.)33-AS-72,26.0HR,DG,834.0,0.801) A0041 2 15 ((2.)33-AS-74,17.78D,DG,595.8,0.603) A0041 2 16 ((3.)37-RB-82-M,6.4HR,DG,619.1,0.41) A0041 2 17 ((4.)37-RB-83,86.2D,DG,520.4,0.461) A0041 2 18 ((5.)37-RB-84-G,33.D,DG,881.5,0.753) A0041 2 19 ((6.)39-Y-86-G,14.6HR,DG,1076.63,0.825) A0041 2 20 ((7.)39-Y-87-M,12.7HR,DG,381.3,0.985) A0041 2 21 ((8.)39-Y-87-G,80.3HR,DG,388.4,0.997) A0041 2 22 ((9.)39-Y-88,106.6D,DG,1836.01,0.994) A0041 2 23 ERR-ANALYS (ERR-1) Uncertainties in data-section include beam A0041 2 24 current, thickness and uniformity of targets, A0041 2 25 uncertainties of Ge(Li)-detector efficiency. A0041 2 26 HISTORY (20231220A) SD: SF5=IND deleted from REACTION code. A0041 2 27 Subent was split into several Subents (see 008, 009) A0041 2 28 according to EXFOR rules. ISOMER=0 for 37-RB-84, A0041 2 29 39-Y-86 and 39-Y-88 was deleted. DATA-ERR -> ERR-1. A0041 2 30 ENDBIB 28 0 A0041 2 31 NOCOMMON 0 0 A0041 2 32 DATA 7 9 A0041 2 33 ELEMENT MASS ISOMER DATA ERR-1 FLAG A0041 2 34 DECAY-FLAG A0041 2 35 NO-DIM NO-DIM NO-DIM MB MB NO-DIM A0041 2 36 NO-DIM A0041 2 37 33. 72. 16.9 1.4 A0041 2 38 1. A0041 2 39 33. 74. 4.2 0.3 A0041 2 40 2. A0041 2 41 37. 82. 1. 12.2 1.0 A0041 2 42 3. A0041 2 43 37. 83. 13.9 2.5 A0041 2 44 4. A0041 2 45 37. 84. 4.6 0.4 A0041 2 46 5. A0041 2 47 39. 86. 23.6 1.6 A0041 2 48 6. A0041 2 49 39. 87. 1. 14. 2.0 1.A0041 2 50 7. A0041 2 51 39. 87. 0. 12. 3.0 A0041 2 52 8. A0041 2 53 39. 88. 27.3 2.0 A0041 2 54 9. A0041 2 55 ENDDATA 22 0 A0041 2 56 ENDSUBENT 55 0 A0041 299999 SUBENT A0041003 20231220 A104A0041 3 1 BIB 9 28 A0041 3 2 REACTION (40-ZR-90(P,X)ELEM/MASS,CUM,SIG) A0041 3 3 DETECTOR (GELI) A0041 3 4 MONITOR (13-AL-27(P,X)11-NA-24,CUM,SIG) A0041 3 5 MONIT-REF (,G.Friedlander+,J,PR,99,263,1955) A0041 3 6 METHOD (SITA,MOSEP,EXTB) A0041 3 7 SAMPLE (40-ZR-90,ENR=0.968) Enriched targets - A0041 3 8 sandwiches of three thin (20 mg) layers of A0041 3 9 zirconium (90,91,94), which were pressed between A0041 3 10 polystyrene films (0.2 mm). Each layer was between A0041 3 11 2 aluminium foils (10 mu). A0041 3 12 ERR-ANALYS (ERR-1) Uncertainties of beam current, thickness A0041 3 13 and uniformity of targets, efficiency of Ge(Li) A0041 3 14 detector were included. A0041 3 15 DECAY-DATA ((1.)33-AS-71,64.8HR,DG,174.9,0.911) A0041 3 16 ((2.)34-SE-72,8.4D,DG,834.0,0.801) A0041 3 17 ((3.)34-SE-73-G,7.1HR,DG,361.1,0.98) A0041 3 18 ((4.)34-SE-75,120.4D,DG,264.65,0.582) A0041 3 19 ((5.)35-BR-77-G,56.HR,DG,238.9,0.238) A0041 3 20 ((6.)37-RB-81-G,4.58HR,DG,190.1,0.965) A0041 3 21 ((7.)38-SR-82,25.D,DG,776.8,0.13) A0041 3 22 ((8.)38-SR-83-G,32.4HR,DG,762.7,0.30) A0041 3 23 ((9.)39-Y-87-M,12.7HR,DG,381.3,0.985) A0041 3 24 ((10.)40-ZR-86,16.5HR,DG,243.0,0.100) A0041 3 25 ((11.)40-ZR-88,83.4D,DG,392.9,0.100) A0041 3 26 ((12.)40-ZR-89-G,78.43HR,DG,909.2,0.999) A0041 3 27 HISTORY (20231220A) SD: Subent was split into several A0041 3 28 Subents (see 010, 011) according to EXFOR rules. A0041 3 29 DATA-ERR -> ERR-1. A0041 3 30 ENDBIB 28 0 A0041 3 31 NOCOMMON 0 0 A0041 3 32 DATA 6 12 A0041 3 33 ELEMENT MASS ISOMER DATA ERR-1 DECAY-FLAG A0041 3 34 NO-DIM NO-DIM NO-DIM MB MB NO-DIM A0041 3 35 33. 71. 14.3 1.0 1.A0041 3 36 34. 72. 5.5 0.5 2.A0041 3 37 34. 73. 0. 12.9 0.8 3.A0041 3 38 34. 75. 23.9 1.6 4.A0041 3 39 35. 77. 0. 20.7 1.5 5.A0041 3 40 37. 81. 0. 20.3 1.2 6.A0041 3 41 38. 82. 15.1 1.2 7.A0041 3 42 38. 83. 0. 20.1 1.5 8.A0041 3 43 39. 87. 1. 27.5 1.9 9.A0041 3 44 40. 86. 6.3 0.4 10.A0041 3 45 40. 88. 27. 1.7 11.A0041 3 46 40. 89. 0. 45.4 3. 12.A0041 3 47 ENDDATA 14 0 A0041 3 48 ENDSUBENT 47 0 A0041 399999 SUBENT A0041004 20231220 A104A0041 4 1 BIB 7 11 A0041 4 2 REACTION (40-ZR-90(P,X)ELEM/MASS,,SIG) A0041 4 3 SAMPLE (40-ZR-90,ENR=0.968) Enriched targets A0041 4 4 METHOD (SITA,OLMS,EXTB) A0041 4 5 ERR-ANALYS (ERR-T) Total uncertainties A0041 4 6 (ERR-1) The uncertainty of independent yields of A0041 4 7 Rb-83 and Rb-84. A0041 4 8 STATUS (DEP,A0041002) Independent yields of Rb-83 and Rb-84 A0041 4 9 were used to determine absolute Rb-yields. A0041 4 10 PART-DET (RSD) A0041 4 11 HISTORY (20231220A) SD: SF5=IND deleted from REACTION code. A0041 4 12 DATA-ERR1 -> ERR-T; DATA-ERR2 -> ERR-1. A0041 4 13 ENDBIB 11 0 A0041 4 14 COMMON 2 3 A0041 4 15 ELEMENT ERR-1 A0041 4 16 NO-DIM PER-CENT A0041 4 17 37. 11. A0041 4 18 ENDCOMMON 3 0 A0041 4 19 DATA 3 13 A0041 4 20 MASS DATA ERR-T A0041 4 21 NO-DIM MB MB A0041 4 22 74. 0.006 0.006 A0041 4 23 75. 0.013 0.005 A0041 4 24 76. 0.125 0.031 A0041 4 25 77. 1.19 0.04 A0041 4 26 78. 4.4 0.2 A0041 4 27 79. 13.2 0.4 A0041 4 28 80. 17.7 0.9 A0041 4 29 81. 26.4 0.9 A0041 4 30 82. 15.7 0.4 A0041 4 31 83. 12.5 0.5 A0041 4 32 84. 4.3 0.3 A0041 4 33 85. 3.1 1.2 A0041 4 34 86. 0.45 0.05 A0041 4 35 ENDDATA 15 0 A0041 4 36 ENDSUBENT 35 0 A0041 499999 SUBENT A0041005 20231220 A104A0041 5 1 BIB 7 11 A0041 5 2 REACTION (40-ZR-91(P,X)ELEM/MASS,,SIG) A0041 5 3 SAMPLE (40-ZR-91,ENR=0.813) Enriched targets - A0041 5 4 METHOD (OLMS,SITA,EXTB) A0041 5 5 ERR-ANALYS (ERR-T) Total uncertainties A0041 5 6 (ERR-1) The uncertainty of independent yields of A0041 5 7 Rb-83 and Rb-84. A0041 5 8 STATUS (DEP,A0041008) Independent yields of Rb-83 and Rb-84 A0041 5 9 were used to determine absolute Rb-yields. A0041 5 10 PART-DET (RSD) A0041 5 11 HISTORY (20231220A) SD: SF5=IND deleted from REACTION code. A0041 5 12 DATA-ERR1 -> ERR-T; DATA-ERR2 -> ERR-1. A0041 5 13 ENDBIB 11 0 A0041 5 14 COMMON 2 3 A0041 5 15 ELEMENT ERR-1 A0041 5 16 NO-DIM PER-CENT A0041 5 17 37. 11. A0041 5 18 ENDCOMMON 3 0 A0041 5 19 DATA 3 13 A0041 5 20 MASS DATA ERR-T A0041 5 21 NO-DIM MB MB A0041 5 22 76. 0.19 0.08 A0041 5 23 77. 0.40 0.12 A0041 5 24 78. 2.52 0.24 A0041 5 25 79. 8.9 0.4 A0041 5 26 80. 12.7 0.6 A0041 5 27 81. 21.3 1.2 A0041 5 28 82. 18.1 0.8 A0041 5 29 83. 12.2 0.6 A0041 5 30 84. 6.3 0.4 A0041 5 31 85. 4.5 0.8 A0041 5 32 86. 1.6 0.4 A0041 5 33 87. 0.86 0.40 A0041 5 34 88. 0.24 0.12 A0041 5 35 ENDDATA 15 0 A0041 5 36 ENDSUBENT 35 0 A0041 599999 SUBENT A0041006 20231220 A104A0041 6 1 BIB 7 11 A0041 6 2 REACTION (40-ZR-94(P,X)ELEM/MASS,,SIG) A0041 6 3 SAMPLE (40-ZR-94,ENR=0.912) Enriched target A0041 6 4 METHOD (OLMS,SITA,EXTB) A0041 6 5 ERR-ANALYS (ERR-T) Total uncertainties A0041 6 6 (ERR-1) The uncertainty of independent yields of A0041 6 7 Rb-83 and Rb-84. A0041 6 8 STATUS (DEP,A0041009) Independent yields of Rb-83 and Rb-84 A0041 6 9 were used to determine absolute Rb-yields. A0041 6 10 PART-DET (RSD) A0041 6 11 HISTORY (20231220A) SD: SF5=IND deleted from REACTION code. A0041 6 12 DATA-ERR1 -> ERR-T; DATA-ERR2 -> ERR-1. A0041 6 13 ENDBIB 11 0 A0041 6 14 COMMON 2 3 A0041 6 15 ELEMENT ERR-1 A0041 6 16 NO-DIM PER-CENT A0041 6 17 37. 11. A0041 6 18 ENDCOMMON 3 0 A0041 6 19 DATA 3 15 A0041 6 20 MASS DATA ERR-T A0041 6 21 NO-DIM MB MB A0041 6 22 76. 0.12 0.11 A0041 6 23 77. 0.32 0.11 A0041 6 24 78. 2.03 0.22 A0041 6 25 79. 6.4 1.1 A0041 6 26 80. 12.5 0.8 A0041 6 27 81. 22.5 0.9 A0041 6 28 82. 19.0 1.4 A0041 6 29 83. 18.2 1.5 A0041 6 30 84. 11.1 1.1 A0041 6 31 85. 6.3 1.9 A0041 6 32 86. 2.26 0.30 A0041 6 33 87. 1.25 0.20 A0041 6 34 88. 0.42 0.17 A0041 6 35 89. 0.19 0.10 A0041 6 36 90. 0.07 0.07 A0041 6 37 ENDDATA 17 0 A0041 6 38 ENDSUBENT 37 0 A0041 699999 SUBENT A0041007 20231220 A104A0041 7 1 BIB 10 17 A0041 7 2 REACTION (40-ZR-91(P,X)ELEM/MASS,,SIG) A0041 7 3 SAMPLE (40-ZR-91,ENR=0.813) Enriched targets A0041 7 4 METHOD (OLMS,SITA,EXTB) A0041 7 5 ANALYSIS Absolute values of cross sections were A0041 7 6 deduced by interpolation of independent yields of Rb A0041 7 7 and As by means of improved Rudstam's formulae. A0041 7 8 REL-REF (N,,K.F.Cackett+,J,NP/A,100,633,1967) Rudstam's A0041 7 9 formulae. A0041 7 10 ERR-ANALYS (ERR-T) Total uncertainties A0041 7 11 (ERR-1) The uncertainty in calculation of A0041 7 12 absolute cross sections (see ANALYSIS). A0041 7 13 STATUS (DEP,A0041008) See 'ANALYSIS' A0041 7 14 PART-DET (RSD) A0041 7 15 FLAG (1.) These data were deduced by interpolating yields A0041 7 16 of neighboring isotopes. A0041 7 17 HISTORY (20231220A) SD: SF5=IND deleted from REACTION code. A0041 7 18 DATA-ERR1 -> ERR-T; DATA-ERR2 -> ERR-1. A0041 7 19 ENDBIB 17 0 A0041 7 20 COMMON 2 3 A0041 7 21 ELEMENT ERR-1 A0041 7 22 NO-DIM PER-CENT A0041 7 23 35. 20. A0041 7 24 ENDCOMMON 3 0 A0041 7 25 DATA 4 14 A0041 7 26 MASS DATA ERR-T FLAG A0041 7 27 NO-DIM MB MB NO-DIM A0041 7 28 71. 0.04 0.04 A0041 7 29 72. 0.3 0.1 A0041 7 30 73. 0.52 0.14 A0041 7 31 74. 3.7 0.4 A0041 7 32 75. 10.7 0.3 A0041 7 33 76. 14.1 0.4 A0041 7 34 77. 16.0 0.6 A0041 7 35 78. 9.9 1.4 A0041 7 36 79. 6.1 1.4 1. A0041 7 37 80. 2.8 1.4 A0041 7 38 81. 1.2 0.4 1. A0041 7 39 82. 0.45 0.20 A0041 7 40 83. 0.27 0.17 A0041 7 41 84. 0.05 0.05 A0041 7 42 ENDDATA 16 0 A0041 7 43 ENDSUBENT 42 0 A0041 799999 SUBENT A0041008 20231220 A104A0041 8 1 BIB 10 25 A0041 8 2 REACTION (40-ZR-91(P,X)ELEM/MASS,,SIG) A0041 8 3 DETECTOR (GELI) A0041 8 4 MONITOR (13-AL-27(P,X)11-NA-24,CUM,SIG) A0041 8 5 MONIT-REF (,G.Friedlander+,J,PR,99,263,1955) A0041 8 6 METHOD (SITA,MOSEP,EXTB) A0041 8 7 SAMPLE (40-ZR-91,ENR=0.813) Enriched targets - A0041 8 8 sandwiches of three thin (20 mg) layers of A0041 8 9 zirconium (90,91,94), which were pressed between A0041 8 10 polystyrene films (0.2mm). A0041 8 11 Each layer was between 2 aluminium foils (10mu). A0041 8 12 FLAG (1.) These data were deduced by interpolating A0041 8 13 yields of neighboring isotopes. A0041 8 14 DECAY-DATA ((1.)33-AS-72,26.0HR,DG,834.0,0.801) A0041 8 15 ((2.)33-AS-74,17.78D,DG,595.8,0.603) A0041 8 16 ((3.)37-RB-82-M,6.4HR,DG,619.1,0.41) A0041 8 17 ((4.)37-RB-83,86.2D,DG,520.4,0.461) A0041 8 18 ((5.)37-RB-84-G,33.D,DG,881.5,0.753) A0041 8 19 ((6.)39-Y-86-G,14.6HR,DG,1076.63,0.825) A0041 8 20 ((7.)39-Y-87-M,12.7HR,DG,381.3,0.985) A0041 8 21 ((8.)39-Y-87-G,80.3HR,DG,388.4,0.997) A0041 8 22 ((9.)39-Y-88,106.6D,DG,1836.01,0.994) A0041 8 23 ERR-ANALYS (ERR-1) Uncertainties in data-section include beam A0041 8 24 current, thickness and uniformity of targets, A0041 8 25 uncertainties of Ge(Li)-detector efficiency. A0041 8 26 HISTORY (20231220T) SD: Part of Subent 002. A0041 8 27 ENDBIB 25 0 A0041 8 28 NOCOMMON 0 0 A0041 8 29 DATA 7 9 A0041 8 30 ELEMENT MASS ISOMER DATA ERR-1 FLAG A0041 8 31 DECAY-FLAG A0041 8 32 NO-DIM NO-DIM NO-DIM MB MB NO-DIM A0041 8 33 NO-DIM A0041 8 34 33. 72. 16.7 1.7 A0041 8 35 1. A0041 8 36 33. 74. 4.7 0.4 A0041 8 37 2. A0041 8 38 37. 82. 1. 13.3 1.1 A0041 8 39 3. A0041 8 40 37. 83. 13.1 3. A0041 8 41 4. A0041 8 42 37. 84. 5.6 0.5 A0041 8 43 5. A0041 8 44 39. 86. 20.7 1.4 A0041 8 45 6. A0041 8 46 39. 87. 1. 15. 2. 1.A0041 8 47 7. A0041 8 48 39. 87. 0. 9.3 2.4 A0041 8 49 8. A0041 8 50 39. 88. 25.2 1.8 A0041 8 51 9. A0041 8 52 ENDDATA 22 0 A0041 8 53 ENDSUBENT 52 0 A0041 899999 SUBENT A0041009 20231220 A104A0041 9 1 BIB 10 25 A0041 9 2 REACTION (40-ZR-94(P,X)ELEM/MASS,,SIG) A0041 9 3 DETECTOR (GELI) A0041 9 4 MONITOR (13-AL-27(P,X)11-NA-24,CUM,SIG) A0041 9 5 MONIT-REF (,G.Friedlander+,J,PR,99,263,1955) A0041 9 6 METHOD (SITA,MOSEP,EXTB) A0041 9 7 SAMPLE (40-ZR-94,ENR=0.912) Enriched targets - A0041 9 8 sandwiches of three thin (20 mg) layers of A0041 9 9 zirconium (90,91,94), which were pressed between A0041 9 10 polystyrene films (0.2mm). A0041 9 11 Each layer was between 2 aluminium foils (10mu). A0041 9 12 FLAG (1.) These data were deduced by interpolating A0041 9 13 yields of neighboring isotopes. A0041 9 14 DECAY-DATA ((1.)33-AS-72,26.0HR,DG,834.0,0.801) A0041 9 15 ((2.)33-AS-74,17.78D,DG,595.8,0.603) A0041 9 16 ((3.)37-RB-82-M,6.4HR,DG,619.1,0.41) A0041 9 17 ((4.)37-RB-83,86.2D,DG,520.4,0.461) A0041 9 18 ((5.)37-RB-84-G,33.D,DG,881.5,0.753) A0041 9 19 ((6.)39-Y-86-G,14.6HR,DG,1076.63,0.825) A0041 9 20 ((7.)39-Y-87-M,12.7HR,DG,381.3,0.985) A0041 9 21 ((8.)39-Y-87-G,80.3HR,DG,388.4,0.997) A0041 9 22 ((9.)39-Y-88,106.6D,DG,1836.01,0.994) A0041 9 23 ERR-ANALYS (ERR-1) Uncertainties in data-section include beam A0041 9 24 current, thickness and uniformity of targets, A0041 9 25 uncertainties of Ge(Li)-detector efficiency. A0041 9 26 HISTORY (20231220T) SD: Part of Subent 002. A0041 9 27 ENDBIB 25 0 A0041 9 28 NOCOMMON 0 0 A0041 9 29 DATA 7 9 A0041 9 30 ELEMENT MASS ISOMER DATA ERR-1 FLAG A0041 9 31 DECAY-FLAG A0041 9 32 NO-DIM NO-DIM NO-DIM MB MB NO-DIM A0041 9 33 NO-DIM A0041 9 34 33. 72. 15. 1.4 A0041 9 35 1. A0041 9 36 33. 74. 7.3 0.5 A0041 9 37 2. A0041 9 38 37. 82. 1. 17.0 1.1 A0041 9 39 3. A0041 9 40 37. 83. 18.2 2.4 A0041 9 41 4. A0041 9 42 37. 84. 11.3 0.8 A0041 9 43 5. A0041 9 44 39. 86. 15.2 1.0 A0041 9 45 6. A0041 9 46 39. 87. 1. 15. 2. 1.A0041 9 47 7. A0041 9 48 39. 87. 0. 5. 2. A0041 9 49 8. A0041 9 50 39. 88. 24.5 1.8 A0041 9 51 9. A0041 9 52 ENDDATA 22 0 A0041 9 53 ENDSUBENT 52 0 A0041 999999 SUBENT A0041010 20231220 A104A0041 10 1 BIB 9 26 A0041 10 2 REACTION (40-ZR-91(P,X)ELEM/MASS,CUM,SIG) A0041 10 3 DETECTOR (GELI) A0041 10 4 MONITOR (13-AL-27(P,X)11-NA-24,CUM,SIG) A0041 10 5 MONIT-REF (,G.Friedlander+,J,PR,99,263,1955) A0041 10 6 METHOD (SITA,MOSEP,EXTB) A0041 10 7 SAMPLE (40-ZR-91,ENR=0.813) Enriched targets - A0041 10 8 sandwiches of three thin (20.mg) layers of A0041 10 9 zirconium (90,91,94), which were pressed between A0041 10 10 polystyrene films (0.2mm). Each layer was between A0041 10 11 2 aluminium foils (10mu). A0041 10 12 ERR-ANALYS (ERR-1) Uncertainties of beam current, thickness A0041 10 13 and uniformity of targets, efficiency of Ge(Li) A0041 10 14 detector were included. A0041 10 15 DECAY-DATA ((1.)33-AS-71,64.8HR,DG,174.9,0.911) A0041 10 16 ((2.)34-SE-72,8.4D,DG,834.0,0.801) A0041 10 17 ((3.)34-SE-73-G,7.1HR,DG,361.1,0.98) A0041 10 18 ((4.)34-SE-75,120.4D,DG,264.65,0.582) A0041 10 19 ((5.)35-BR-77-G,56.HR,DG,238.9,0.238) A0041 10 20 ((6.)37-RB-81-G,4.58HR,DG,190.1,0.965) A0041 10 21 ((7.)38-SR-82,25.D,DG,776.8,0.13) A0041 10 22 ((8.)38-SR-83-G,32.4HR,DG,762.7,0.30) A0041 10 23 ((9.)39-Y-87-M,12.7HR,DG,381.3,0.985) A0041 10 24 ((10.)40-ZR-86,16.5HR,DG,243.0,0.100) A0041 10 25 ((11.)40-ZR-88,83.4D,DG,392.9,0.100) A0041 10 26 ((12.)40-ZR-89-G,78.43HR,DG,909.2,0.999) A0041 10 27 HISTORY (20231220T) SD: Part of Subent 003. A0041 10 28 ENDBIB 26 0 A0041 10 29 NOCOMMON 0 0 A0041 10 30 DATA 6 12 A0041 10 31 ELEMENT MASS ISOMER DATA ERR-1 DECAY-FLAG A0041 10 32 NO-DIM NO-DIM NO-DIM MB MB NO-DIM A0041 10 33 33. 71. 12.8 0.9 1.A0041 10 34 34. 72. 4.1 0.4 2.A0041 10 35 34. 73. 0. 11.5 0.7 3.A0041 10 36 34. 75. 22.8 1.8 4.A0041 10 37 35. 77. 0. 20.0 1.4 5.A0041 10 38 37. 81. 0. 18.5 1.2 6.A0041 10 39 38. 82. 12.3 1.4 7.A0041 10 40 38. 83. 0. 18.5 1.4 8.A0041 10 41 39. 87. 1. 25.5 2.0 9.A0041 10 42 40. 86. 4.6 0.4 10.A0041 10 43 40. 88. 20.3 1.5 11.A0041 10 44 40. 89. 0. 29.5 2.0 12.A0041 10 45 ENDDATA 14 0 A0041 10 46 ENDSUBENT 45 0 A0041 1099999 SUBENT A0041011 20231220 A104A0041 11 1 BIB 9 26 A0041 11 2 REACTION (40-ZR-94(P,X)ELEM/MASS,CUM,SIG) A0041 11 3 DETECTOR (GELI) A0041 11 4 MONITOR (13-AL-27(P,X)11-NA-24,CUM,SIG) A0041 11 5 MONIT-REF (,G.Friedlander+,J,PR,99,263,1955) A0041 11 6 METHOD (SITA,MOSEP,EXTB) A0041 11 7 SAMPLE (40-ZR-94,ENR=0.912) Enriched targets - A0041 11 8 sandwiches of three thin (20. mg) layers of A0041 11 9 zirconium (90,91,94), which were pressed between A0041 11 10 polystyrene films (0.2 mm). Each layer was between A0041 11 11 2 aluminium foils (10 mu). A0041 11 12 ERR-ANALYS (ERR-1) Uncertainties of beam current, thickness A0041 11 13 and uniformity of targets, efficiency of Ge(Li) A0041 11 14 detector were included. A0041 11 15 DECAY-DATA ((1.)33-AS-71,64.8HR,DG,174.9,0.911) A0041 11 16 ((2.)34-SE-72,8.4D,DG,834.0,0.801) A0041 11 17 ((3.)34-SE-73-G,7.1HR,DG,361.1,0.98) A0041 11 18 ((4.)34-SE-75,120.4D,DG,264.65,0.582) A0041 11 19 ((5.)35-BR-77-G,56.HR,DG,238.9,0.238) A0041 11 20 ((6.)37-RB-81-G,4.58HR,DG,190.1,0.965) A0041 11 21 ((7.)38-SR-82,25.D,DG,776.8,0.13) A0041 11 22 ((8.)38-SR-83-G,32.4HR,DG,762.7,0.30) A0041 11 23 ((9.)39-Y-87-M,12.7HR,DG,381.3,0.985) A0041 11 24 ((10.)40-ZR-86,16.5HR,DG,243.0,0.100) A0041 11 25 ((11.)40-ZR-88,83.4D,DG,392.9,0.100) A0041 11 26 ((12.)40-ZR-89-G,78.43HR,DG,909.2,0.999) A0041 11 27 HISTORY (20231220T) SD: Part of Subent 003. A0041 11 28 ENDBIB 26 0 A0041 11 29 NOCOMMON 0 0 A0041 11 30 DATA 6 12 A0041 11 31 ELEMENT MASS ISOMER DATA ERR-1 DECAY-FLAG A0041 11 32 NO-DIM NO-DIM NO-DIM MB MB NO-DIM A0041 11 33 33. 71. 9.3 0.7 1.A0041 11 34 34. 72. 3.1 0.3 2.A0041 11 35 34. 73. 0. 8.5 0.6 3.A0041 11 36 34. 75. 20.5 1.6 4.A0041 11 37 35. 77. 0. 17.9 1.2 5.A0041 11 38 37. 81. 0. 14.3 0.9 6.A0041 11 39 38. 82. 6.7 0.7 7.A0041 11 40 38. 83. 0. 12.1 0.9 8.A0041 11 41 39. 87. 1. 19.6 1.8 9.A0041 11 42 40. 86. 1.6 0.2 10.A0041 11 43 40. 88. 10.8 0.8 11.A0041 11 44 40. 89. 0. 17.5 1.1 12.A0041 11 45 ENDDATA 14 0 A0041 11 46 ENDSUBENT 45 0 A0041 1199999 ENDENTRY 11 0 A004199999999