ENTRY B0126 20020520 B019B012600000001 SUBENT B0126001 20020520 B019B012600100001 BIB 10 37 B012600100002 TITLE Recoil Study of Transfer Reactions. Evidence For Alpha B012600100003 And be-8 Transfers in C-12 Reactions with Heavy B012600100004 Nuclei (AU, BI) B012600100005 AUTHOR (R.BIMBOT, P.GARDES, M.F.RIVET) B012600100006 INSTITUTE (2FR PAR) Institut De Physique Nucleaire, Orsay B012600100007 REFERENCE (J,NP/A,189,193,1972) B012600100008 FACILITY (ISOCY,2FR PAR). Alice Accelerator B012600100009 METHOD (EXTB,BCINT,STTA,EDEG) B012600100010 (ACTIV) Typical Intensity were 0.1 to 0.5 Muamperes, B012600100011 And the Bombardments Lasted 4-9 Hours. B012600100012 The Foil Stack was Placed in a Faraday Cup and was B012600100013 Bombarded Simultaneously with Two Thin Targets Placed B012600100014 In Two Measuring Chambers Designed to Measure Angular B012600100015 Distributions and Recoil Ranges, Respectively. B012600100016 The Energy Degradation in the Stack was Calculated B012600100017 According to L.C.Northcliffe Et Al. Nucl. Data Tables B012600100018 A7,233(1970). B012600100019 The Energy of the Primary Beam was Calculated from B012600100020 Acceleration Frequency and Extraction Radius. These B012600100021 Calculated Values were Checked in Several Cases by a B012600100022 Direct Energy Measurement with a Solid-State Detector B012600100023 And Agreement to Within 1% was Found. B012600100024 The Incident Beam Energy Could be Varied Between 60 B012600100025 And 90 MeV. B012600100026 ANALYSIS (DECAY) B012600100027 SAMPLE Stack Consisting of Foils of 1 Mg/Cm**2 Au Deposited onB012600100028 1 Mg/Cm**2 Al. The Al Backing was Placed Downstream B012600100029 And was Thick Enough to Stop the Recoil Nuclei. B012600100030 ADD-RES (RANGE) B012600100031 HISTORY (19800321C)Lakw B012600100032 (19940718A) Some Corrections have Been Included by B012600100033 CAJAD B012600100034 (19950404A) Some Corrections For 'Reaction'. B012600100035 (19981127A) Converted to Lower Case. Angular B012600100036 Distributions are Included. B012600100037 (20020110A) V.Mc-Lane Remark For B0126006 is Included B012600100038 (20020520U) Last checking has been done. B012600100039 ENDBIB 37 0 B012600100040 NOCOMMON 0 0 B012600100041 ENDSUBENT 40 0 B012600199999 SUBENT B0126002 20011220 0000B012600200001 BIB 7 17 B012600200002 REACTION (83-BI-209(6-C-12,X)85-AT-211,CUM,SIG,,,EXP) B012600200003 RAD-DET (85-AT-211,A) B012600200004 DECAY-DATA (85-AT-211,7.2HR,A,5868.,0.409) B012600200005 CORRECTION Due to Selfabsorption the Alpha-Counting Efficiency wasB012600200006 < 50%. This Effect had to be Corrected For Using the B012600200007 Simultaneously Measured Recoil Ranges and Angular B012600200008 Distributions. B012600200009 ERR-ANALYS (DATA-ERR) The Errors Given are the Square Roots of theB012600200010 Quadratic Sums of the Individual Errors. Included are B012600200011 The Following Errors: Counter Efficiencies (+-1% FOR B012600200012 ALPHA RAYS), Target Thickness (+-5%), Beam Intensity B012600200013 (+-5%), Activity Measurement (VARIABLE). B012600200014 COMMENT - By Compiler of CAJAD - B012600200015 Cumulative Production Via (C-12,2N)-Compound Nuclear B012600200016 Reaction and Subsequent Fast Alpha-Decay in Addition B012600200017 To the Direct Transfer is Possible Too. B012600200018 DETECTOR (IOCH) B012600200019 ENDBIB 17 0 B012600200020 NOCOMMON 0 0 B012600200021 DATA 3 16 B012600200022 EN DATA DATA-ERR B012600200023 MEV MB MB B012600200024 62.5 5.25 1. B012600200025 65.5 19.3 4. B012600200026 68.5 26. 5.2 B012600200027 71. 32.7 6.6 B012600200028 74. 42. 8.4 B012600200029 75.5 39.4 8. B012600200030 76. 40. 4. B012600200031 76.5 41.7 8.4 B012600200032 78. 39.2 8. B012600200033 79. 46.5 9.3 B012600200034 80.5 39. 8. B012600200035 82. 47.3 9.5 B012600200036 83.5 44. 9. B012600200037 87. 49. 10. B012600200038 88. 46. 5. B012600200039 88. 43.4 9. B012600200040 ENDDATA 18 0 B012600200041 ENDSUBENT 40 0 B012600299999 SUBENT B0126003 20011220 0000B012600300001 BIB 5 12 B012600300002 REACTION (83-BI-209(6-C-12,X)85-AT-210,CUM,SIG,,,EXP) B012600300003 Cumulative Production Via (C-12,3N)-Compound Nuclear B012600300004 Reaction and Subsequent Fast Alpha-Decay in Addition B012600300005 To the Direct Transfer is Assumed by the Authors. B012600300006 RAD-DET (85-AT-210,DG) B012600300007 DECAY-DATA (85-AT-210,8.3HR,DG,245.,0.79,DG,1180.,1.) B012600300008 DETECTOR (GELI) B012600300009 ERR-ANALYS (DATA-ERR) The Errors Given are the Square Roots of theB012600300010 Quadratic Sums of the Individual Errors. Included are B012600300011 The Following Errors: Counter Efficiencies (+-5% FOR B012600300012 GAMMA RAYS), Target Thickness (+-5%), Beam Intensity B012600300013 (+-5%), Activity Measurement (VARIABLE). B012600300014 ENDBIB 12 0 B012600300015 NOCOMMON 0 0 B012600300016 DATA 3 13 B012600300017 EN DATA DATA-ERR B012600300018 MEV MB MB B012600300019 62.5 21. 4. B012600300020 65.5 51.5 10. B012600300021 68.5 103. 20. B012600300022 71. 111. 22. B012600300023 73. 96.2 11. B012600300024 74. 89. 18. B012600300025 76. 47.1 5.2 B012600300026 76.5 51. 10. B012600300027 79. 38. 7.6 B012600300028 82. 36. 7.2 B012600300029 85. 61.6 6. B012600300030 87. 48.4 9.7 B012600300031 88. 59.1 6.5 B012600300032 ENDDATA 15 0 B012600300033 ENDSUBENT 32 0 B012600399999 SUBENT B0126004 20011220 0000B012600400001 BIB 6 22 B012600400002 REACTION (83-BI-209(6-C-12,X)85-AT-209,CUM,SIG,,,EXP) B012600400003 The Authors Assume Mainly Cumulative Production Via B012600400004 (C-12,4N)-Reaction and Subsequent Fast Alpha-Decay. B012600400005 RAD-DET 1(85-AT-209,DG) B012600400006 2(85-AT-209,A) B012600400007 DECAY-DATA1(85-AT-209,5.4HR,DG,545.,0.62, B012600400008 DG,780.,0.545, B012600400009 DG,790.,0.395) B012600400010 2(85-AT-209,5.4HR,A,5650.,0.041) B012600400011 CORRECTION Due to Selfabsorption the Alpha-Counting Efficiency wasB012600400012 <50%. This Effect had to be Corrected For Using the B012600400013 Simultaneously Measured Recoil Ranges and Angular B012600400014 Distributions. B012600400015 ERR-ANALYS (DATA-ERR) The Errors Given are the Square Roots of theB012600400016 Quadratic Sums of the Individual Errors. Included are B012600400017 The Following Errors: Counter Efficiencies (+-5% FOR B012600400018 GAMMA RAYS, +-1% FOR ALPHA RAYS), Branching Ratios (5 B012600400019 TO 10% IN CASES OF GAMMA INTENSITIES <1), Target B012600400020 Thickness (+-5%), Beam Intensity (+-5%), Activity B012600400021 Measurement (VARIABLE). B012600400022 DETECTOR 1(GELI) B012600400023 2(IOCH) B012600400024 ENDBIB 22 0 B012600400025 NOCOMMON 0 0 B012600400026 DATA 3 12 B012600400027 EN DATA DATA-ERR B012600400028 MEV MB MB B012600400029 65.5 2.75 0.65 B012600400030 68.5 5.2 0.9 B012600400031 71. 64. 9.5 B012600400032 73. 149. 11. B012600400033 74. 137. 18. B012600400034 76. 221. 12. B012600400035 76.5 220. 37. B012600400036 79. 222. 35. B012600400037 82. 188. 38. B012600400038 85. 76.5 6.5 B012600400039 87. 71. 11. B012600400040 88. 63. 5. B012600400041 ENDDATA 14 0 B012600400042 ENDSUBENT 41 0 B012600499999 SUBENT B0126005 20011220 0000B012600500001 BIB 5 19 B012600500002 REACTION (79-AU-197(6-C-12,X)81-TL-198-G,CUM,SIG,,,EXP) B012600500003 RAD-DET (81-TL-198-M,DG) B012600500004 (81-TL-198-G,DG) B012600500005 DECAY-DATA (81-TL-198-M,1.9HR,DG,412.,0.43) 55% Isomeric B012600500006 Transition - Comment by the Compiler of Kachapag - B012600500007 (81-TL-198-G,5.3HR,DG,412.,0.885) B012600500008 DETECTOR (GELI) B012600500009 ERR-ANALYS (DATA-ERR) The Errors Given are the Square Roots of theB012600500010 Quadratic Sums of the Individual Errors. Included are B012600500011 The Following Errors: Counter Efficiencies (+-5% FOR B012600500012 GAMMA RAYS), Branching Ratios (5 TO 10% IN CASES OF B012600500013 GAMMA INTENSITIES <1), Target Thickness (+-5%), Beam B012600500014 Intensity (+-5%), Activity Measurement (VARIABLE). B012600500015 An Additional Error of +-8% has to be Added Due to the B012600500016 Following Reason. The Relative Production of the Two B012600500017 Isomers is Unknown. However, the Extrapolation of the B012600500018 5.3 Hr Asymptote of the Decay Curve was Used to B012600500019 Calculate an Approximate Value of the Total Cross B012600500020 Section For the Sum of Both Isomers. B012600500021 ENDBIB 19 0 B012600500022 NOCOMMON 0 0 B012600500023 DATA 4 8 B012600500024 EN DATA DATA-MAX DATA-ERR B012600500025 MEV MB MB MB B012600500026 66. 2.3 B012600500027 68.8 3. B012600500028 71.6 5.8 1.4 B012600500029 77. 8. 1.7 B012600500030 80. 10.5 2.5 B012600500031 82.7 12.7 2.5 B012600500032 85.3 17.8 2.6 B012600500033 87.8 16.2 2.6 B012600500034 ENDDATA 10 0 B012600500035 ENDSUBENT 34 0 B012600599999 SUBENT B0126006 20020520 B019B012600600001 BIB 5 10 B012600600002 REACTION (79-AU-197(6-C-12,X)81-TL-199,CUM,SIG,,,EXP) B012600600003 RAD-DET (81-TL-199,DG) B012600600004 DECAY-DATA (81-TL-199,7.4HR,DG,455.,0.14) B012600600005 DETECTOR (GELI) B012600600006 ERR-ANALYS (DATA-ERR) The Errors Given are the Square Roots of theB012600600007 Quadratic Sums of the Individual Errors. Included are B012600600008 The Following Errors: Counter Efficiencies (+-5% FOR B012600600009 GAMMA RAYS), Branching Ratios (5 TO 10% IN CASES OF B012600600010 GAMMA INTENSITIES <1), Target Thickness (+-5%), Beam B012600600011 Intensity (+-5%), Activity Measurement (VARIABLE). B012600600012 ENDBIB 10 0 B012600600013 NOCOMMON 0 0 B012600600014 DATA 4 5 B012600600015 EN DATA DATA-MAX DATA-ERR B012600600016 MEV MB MB MB B012600600017 77. 19. 5. B012600600018 80. 35.5 7. B012600600019 82.7 48. 8.5 B012600600020 85.3 52. 11. B012600600021 87.8 52. 14. B012600600022 ENDDATA 7 0 B012600600023 ENDSUBENT 22 0 B012600699999 SUBENT B0126007 20011220 0000B012600700001 BIB 6 19 B012600700002 REACTION (79-AU-197(6-C-12,X)81-TL-200,CUM,SIG,,,EXP) B012600700003 RAD-DET (81-TL-200,DG) B012600700004 (82-PB-200,DG) B012600700005 DECAY-DATA (81-TL-200,26.1HR,DG,368.,0.88) B012600700006 (82-PB-200,,DG) Half-Life 21.5 Hr - Comment by the B012600700007 Compiler of Kachapag - B012600700008 COMMENT The Decay Curve Included the Accumulation of Pb-200. B012600700009 Both Contributions Could be Derived from the Analysis B012600700010 Of the Curve. Direct Production of Tl-200 was B012600700011 Attributed to Transfer Reactions and Accumulation from B012600700012 Pb-200 to a (C-12,5N)-Reaction Producing at-204 Which B012600700013 Decayed to Tl-200 Via Bi-200 and Pb-200. B012600700014 DETECTOR (GELI) B012600700015 ERR-ANALYS (DATA-ERR) The Errors Given are the Square Roots of theB012600700016 Quadratic Sums of the Individual Errors. Included are B012600700017 The Following Errors: Counter Efficiencies (+-5% FOR B012600700018 GAMMA RAYS), Branching Ratios (5 TO 10% IN CASES OF B012600700019 GAMMA INTENSITIES <1), Target Thickness (+-5%), Beam B012600700020 Intensity (+-5%), Activity Measurement (VARIABLE). B012600700021 ENDBIB 19 0 B012600700022 NOCOMMON 0 0 B012600700023 DATA 3 10 B012600700024 EN DATA DATA-ERR B012600700025 MEV MB MB B012600700026 62.6 11. 1.8 B012600700027 66. 17.6 2.7 B012600700028 68.8 21.5 3.9 B012600700029 71.6 27. 4. B012600700030 74.4 29.4 5. B012600700031 77. 35.6 5.3 B012600700032 80. 31.8 4.8 B012600700033 82.7 25.4 3.8 B012600700034 85.3 18.5 2.4 B012600700035 87.8 13.1 2.6 B012600700036 ENDDATA 12 0 B012600700037 ENDSUBENT 36 0 B012600799999 SUBENT B0126008 20011220 0000B012600800001 BIB 5 20 B012600800002 REACTION (79-AU-197(6-C-12,X)83-BI-201,CUM,SIG,,,EXP) B012600800003 Cross Sections were Calculated from Tl-201 Activity. B012600800004 Obviously, Cumulative Cross Section of Tl-201 B012600800005 Production was Measured. B012600800006 RAD-DET (81-TL-201,DG) B012600800007 DECAY-DATA (81-TL-201,73.HR,DG,167.,0.0925) B012600800008 (82-PB-201-M,61.SEC) 100% Isomeric Transition - CommentB012600800009 By the Compiler of Kachapag B012600800010 (82-PB-201-G,9.4HR,DG,330.) B012600800011 (83-BI-201-M,59.MIN) <10% Isomeric Transition - CommentB012600800012 By the Compiler of Kachapag - B012600800013 (83-BI-201-G,1.7HR,DG) - Comment by the Compiler of B012600800014 Kachapag - B012600800015 DETECTOR (GELI) B012600800016 ERR-ANALYS (DATA-ERR) The Errors Given are the Square Roots of theB012600800017 Quadratic Sums of the Individual Errors. Included are B012600800018 The Following Errors: Counter Efficiencies (+-5% FOR B012600800019 GAMMA RAYS), Branching Ratios (5 TO 10% IN CASES OF B012600800020 GAMMA INTENSITIES <1), Target Thickness (+-5%), Beam B012600800021 Intensity (+-5%), Activity Measurement (VARIABLE). B012600800022 ENDBIB 20 0 B012600800023 NOCOMMON 0 0 B012600800024 DATA 3 9 B012600800025 EN DATA DATA-ERR B012600800026 MEV MB MB B012600800027 66. 20.6 5.3 B012600800028 68.8 39.5 6.7 B012600800029 71.6 47. 10.8 B012600800030 74.4 50. 10.5 B012600800031 77. 41.5 10. B012600800032 80. 42.6 12.5 B012600800033 82.7 54. 10. B012600800034 85.3 69.5 12. B012600800035 87.8 89.5 13.5 B012600800036 ENDDATA 11 0 B012600800037 ENDSUBENT 36 0 B012600899999 SUBENT B0126009 20011220 0000B012600900001 BIB 5 10 B012600900002 REACTION (79-AU-197(6-C-12,X)83-BI-202,CUM,SIG,,,EXP) B012600900003 RAD-DET (83-BI-202,DG) B012600900004 DECAY-DATA (83-BI-202,95.MIN,DG,422.,0.66) B012600900005 DETECTOR (GELI) B012600900006 ERR-ANALYS (DATA-ERR) The Errors Given are the Square Roots of theB012600900007 Quadratic Sums of the Individual Errors. Included are B012600900008 The Following Errors: Counter Efficiencies (+-5% FOR B012600900009 GAMMA RAYS), Branching Ratios (5 TO 10% IN CASES OF B012600900010 GAMMA INTENSITIES <1), Target Thickness (+-5%), Beam B012600900011 Intensity (+-5%), Activity Measurement (VARIABLE). B012600900012 ENDBIB 10 0 B012600900013 NOCOMMON 0 0 B012600900014 DATA 3 8 B012600900015 EN DATA DATA-ERR B012600900016 MEV MB MB B012600900017 66. 15.9 2.9 B012600900018 68.8 33.3 6.3 B012600900019 71.6 53.5 9.7 B012600900020 77. 93. 15. B012600900021 80. 114. 25. B012600900022 82.7 109. 19. B012600900023 85.3 132. 25. B012600900024 87.8 86.5 13.5 B012600900025 ENDDATA 10 0 B012600900026 ENDSUBENT 25 0 B012600999999 SUBENT B0126010 20011220 0000B012601000001 BIB 5 17 B012601000002 REACTION (79-AU-197(6-C-12,X)83-BI-203-G,CUM,SIG,,,EXP) B012601000003 Cross Sections were Calculated from Pb-203 Activity. B012601000004 Obviousely, Cumulative Cross Section of Pb-203 B012601000005 Production was Measured. B012601000006 RAD-DET (82-PB-203-G,DG) B012601000007 DECAY-DATA (82-PB-203-G,52.HR,DG,279.,0.795) B012601000008 (82-PB-203-M,6.2SEC) 100% Isomeric Transition - CommentB012601000009 By the Compiler of Kachapag - B012601000010 (83-BI-203-G,11.76HR) - Comment by the Compiler of B012601000011 Kachapag - B012601000012 DETECTOR (GELI) B012601000013 ERR-ANALYS (DATA-ERR) The Errors Given are the Square Roots of theB012601000014 Quadratic Sums of the Individual Errors. Included are B012601000015 The Following Errors: Counter Efficiencies (+-5% FOR B012601000016 GAMMA RAYS), Branching Ratios (5 TO 10% IN CASES OF B012601000017 GAMMA INTENSITIES <1), Target Thickness (+-5%), Beam B012601000018 Intensity (+-5%), Activity Measurement (VARIABLE). B012601000019 ENDBIB 17 0 B012601000020 NOCOMMON 0 0 B012601000021 DATA 3 9 B012601000022 EN DATA DATA-ERR B012601000023 MEV MB MB B012601000024 66. 12.8 2.4 B012601000025 68.8 15.4 2.3 B012601000026 71.6 13.7 2.2 B012601000027 74.4 9.8 1.4 B012601000028 77. 7.25 1.1 B012601000029 80. 10.5 1.1 B012601000030 82.7 29.2 4. B012601000031 85.3 74.5 11. B012601000032 87.8 152. 17. B012601000033 ENDDATA 11 0 B012601000034 ENDSUBENT 33 0 B012601099999 SUBENT B0126011 20011220 0000B012601100001 BIB 5 11 B012601100002 REACTION (79-AU-197(6-C-12,X)83-BI-204,CUM,SIG,,,EXP) B012601100003 Accumulation from 3.5Hr Po-204 is Assumed. B012601100004 RAD-DET (83-BI-204,DG) B012601100005 DECAY-DATA (83-BI-204,11.4HR,DG,375.,0.90) B012601100006 DETECTOR (GELI) B012601100007 ERR-ANALYS (DATA-ERR) The Errors Given are the Square Roots of theB012601100008 Quadratic Sums of the Individual Errors. Included are B012601100009 The Following Errors: Counter Efficiencies (+-5% FOR B012601100010 GAMMA RAYS), Branching Ratios (5 TO 10% IN CASES OF B012601100011 GAMMA INTENSITIES <1), Target Thickness (+-5%), Beam B012601100012 Intensity (+-5%), Activity Measurement (VARIABLE). B012601100013 ENDBIB 11 0 B012601100014 NOCOMMON 0 0 B012601100015 DATA 4 8 B012601100016 EN DATA DATA-MAX DATA-ERR B012601100017 MEV MB MB MB B012601100018 68.8 31. B012601100019 71.6 41.6 6.5 B012601100020 74.4 131. 21. B012601100021 77. 255. 40. B012601100022 80. 375. 60. B012601100023 82.7 413. 60. B012601100024 85.3 384. 57. B012601100025 87.8 320. 50. B012601100026 ENDDATA 10 0 B012601100027 ENDSUBENT 26 0 B012601199999 SUBENT B0126012 20011220 0000B012601200001 BIB 12 24 B012601200002 REACTION (83-BI-209(6-C-12,X)85-AT-209,,DA,,,EXP) B012601200003 PART-DET (85-AT-209) B012601200004 RAD-DET 1(85-AT-209,DG) B012601200005 2(85-AT-209,A) B012601200006 DECAY-DATA1(85-AT-209,5.4HR,DG,545.,0.62, B012601200007 DG,780.,0.545, B012601200008 DG,790.,0.395) B012601200009 2(85-AT-209,5.4HR,A,5650.,0.041) B012601200010 CORRECTION Due to Selfabsorption the Alpha-Counting Efficiency wasB012601200011 <50%. This Effect had to be Corrected For Using the B012601200012 Simultaneously Measured Recoil Ranges and Angular B012601200013 Distributions. B012601200014 DETECTOR 1(GELI) B012601200015 2(IOCH) B012601200016 METHOD (REC) Collection of Short-Lived Precursors is Possible.B012601200017 (SITA) B012601200018 (BCINT) B012601200019 SAMPLE 50 Mu-Gramms/Sq-Cm of Bi on 180 Mu-Gramms/Sq-Cm of Al. B012601200020 MISC-COL (MISC) Authors' Data in Mbarns/Ang.Degree. B012601200021 COMMENT - By Compiler - Authors' Data were Recalculated For B012601200022 Mb/Sr by Multiply on 90./(PI**2*SIN(THETA)). B012601200023 STATUS (CURVE) By CAJAD from Fig.4 B012601200024 ERR-ANALYS (ANG-ERR) The Uncertainty is Shown on Figure. B012601200025 (ERR-T) The Uncertainty is Shown on Figure. B012601200026 ENDBIB 24 0 B012601200027 NOCOMMON 0 0 B012601200028 DATA 6 17 B012601200029 EN ANG ANG-ERR DATA ERR-T MISC B012601200030 MEV ADEG ADEG MB/SR PER-CENT SEE TEXT B012601200031 72.8 7. 2.5 1212.17244 16. 16.2B012601200032 72.8 11. 2.2 296.30345 8. 6.2B012601200033 72.8 16.4 2.4 135.64959 29. 4.2B012601200034 72.8 20.6 2.4 57.01896 27. 2.2B012601200035 72.8 26. 3. 27.0424 50. 1.3B012601200036 77.3 7.4 2. 2024.92471 9. 28.6B012601200037 77.3 12.1 2.7 343.66967 14. 7.9B012601200038 77.3 17. 1.9 112.28223 17. 3.6B012601200039 77.3 22.1 2.6 53.32363 40. 2.2B012601200040 77.3 27. 1.9 32.13787 25. 1.6B012601200041 77.3 32.5 2. 10.35278 30. 0.61B012601200042 89.4 8.6 1.9 250.02525 17. 4.1B012601200043 89.4 13.7 2.5 111.65809 14. 2.9B012601200044 89.4 18.6 1.9 70.90229 8. 2.48B012601200045 89.4 23.1 2.5 29.75051 13. 1.28B012601200046 89.4 28.2 2.4 15.24483 24. 0.79B012601200047 89.4 33.5 1.9 8.09563 30. 0.49B012601200048 ENDDATA 19 0 B012601200049 ENDSUBENT 48 0 B012601299999 SUBENT B0126013 20011220 0000B012601300001 BIB 11 18 B012601300002 REACTION (83-BI-209(6-C-12,X)85-AT-210,,DA,,,EXP) B012601300003 Cumulative Production Via (C-12,3N)-Compound Nuclear B012601300004 Reaction and Subsequent Fast Alpha-Decay in Addition B012601300005 To the Direct Transfer is Assumed by the Authors. B012601300006 RAD-DET (85-AT-210,DG) B012601300007 DECAY-DATA (85-AT-210,8.3HR,DG,245.,0.79,DG,1180.,1.) B012601300008 DETECTOR (GELI) B012601300009 PART-DET (85-AT-210) B012601300010 METHOD (REC) Collection of Short-Lived Precursors is Possible.B012601300011 (SITA) B012601300012 (BCINT) B012601300013 SAMPLE 50 Mu-Gramms/Sq-Cm of Bi on 180 Mu-Gramms/Sq-Cm of Al. B012601300014 MISC-COL (MISC) Authors' Data in Mbarns/Ang.Degree. B012601300015 COMMENT - By Compiler - Authors' Data were Recalculated For B012601300016 Mb/Sr by Multiply on 90./(PI**2*SIN(THETA)). B012601300017 STATUS (CURVE) By CAJAD from Fig.5 B012601300018 ERR-ANALYS (ANG-ERR) The Uncertainty is Shown on Figure. B012601300019 (ERR-T) The Uncertainty is Shown on Figure. B012601300020 ENDBIB 18 0 B012601300021 NOCOMMON 0 0 B012601300022 DATA 6 34 B012601300023 EN ANG ANG-ERR DATA ERR-T MISC B012601300024 MEV ADEG ADEG MB/SR PER-CENT SEE TEXT B012601300025 65.7 2.4 2.4 696.83867 8. 3.2B012601300026 65.7 8. 2.4 180.18609 8. 2.75B012601300027 65.7 11.9 2.4 57.04743 13. 1.29B012601300028 65.7 17.9 1.8 28.18544 14. 0.95B012601300029 65.7 22.8 2.7 15.06034 13. 0.64B012601300030 65.7 27.8 2.4 10.16719 12. 0.52B012601300031 65.7 33.1 2.6 5.67739 18. 0.34B012601300032 65.7 38. 2.2 3.55478 17. 0.24B012601300033 72.8 8.3 2.4 517.99107 7. 8.2B012601300034 72.8 12.6 2.2 158.84944 11. 3.8B012601300035 72.8 17.4 2.2 81.72374 10. 2.68B012601300036 72.8 22. 3. 31.40206 13. 1.29B012601300037 72.8 27.8 2.6 14.07765 17. 0.72B012601300038 72.8 32.3 2.1 8.02073 26. 0.47B012601300039 72.8 37.6 2.4 6.57602 27. 0.44B012601300040 72.8 41.1 2.6 3.74537 50. 0.27B012601300041 72.8 47. 2.9 1.37154 50. 0.11B012601300042 77.3 6.4 2.7 112.07548 10. 1.37B012601300043 77.3 11.2 2.2 135.67995 8. 2.89B012601300044 77.3 16.9 1.9 88.14585 9. 2.81B012601300045 77.3 21.3 2.7 31.12852 10. 1.24B012601300046 77.3 27.3 2.7 7.15757 17. 0.36B012601300047 77.3 32. 2.4 5.85077 18. 0.34B012601300048 77.3 36.6 2.2 4.43539 24. 0.29B012601300049 77.3 42.3 2.4 3.92933 24. 0.29B012601300050 77.3 47.1 2.4 1.74276 21. 0.14B012601300051 89.4 8.1 1.7 82.19261 9. 1.27B012601300052 89.4 13.2 2.4 102.23066 9. 2.56B012601300053 89.4 17.6 2.2 91.68091 7. 3.04B012601300054 89.4 23. 2.2 42.70876 13. 1.83B012601300055 89.4 28. 2.4 22.14315 12. 1.14B012601300056 89.4 32.4 1.7 13.10419 14. 0.77B012601300057 89.4 42.9 2.2 13.93183 13. 1.04B012601300058 89.4 52.8 2.2 3.66346 19. 0.32B012601300059 ENDDATA 36 0 B012601300060 ENDSUBENT 59 0 B012601399999 SUBENT B0126014 20011220 0000B012601400001 BIB 12 23 B012601400002 REACTION (83-BI-209(6-C-12,X)85-AT-211,,DA,,,EXP) B012601400003 PART-DET (85-AT-211) B012601400004 RAD-DET (85-AT-211,A) B012601400005 DECAY-DATA (85-AT-211,7.2HR,A,5868.,0.409) B012601400006 CORRECTION Due to Selfabsorption the Alpha-Counting Efficiency wasB012601400007 < 50%. This Effect had to be Corrected For Using the B012601400008 Simultaneously Measured Recoil Ranges and Angular B012601400009 Distributions. B012601400010 DETECTOR (IOCH) B012601400011 METHOD (REC) Collection of Short-Lived Precursors is Possible.B012601400012 (SITA) B012601400013 (BCINT) B012601400014 SAMPLE 50 Mu-Gramms/Sq-Cm of Bi on 180 Mu-Gramms/Sq-Cm of Al. B012601400015 MISC-COL (MISC) Authors' Data in Mbarns/Ang.Degree. B012601400016 COMMENT - By Compiler - Authors' Data were Recalculated For B012601400017 Mb/Sr by Multiply on 90./(PI**2*SIN(THETA)). B012601400018 - By Compiler of CAJAD - B012601400019 Cumulative Production Via (C-12,2N)-Compound Nuclear B012601400020 Reaction and Subsequent Fast Alpha-Decay in Addition B012601400021 To the Direct Transfer is Possible Too. B012601400022 STATUS (CURVE) By CAJAD from Fig.6 B012601400023 ERR-ANALYS (ANG-ERR) The Uncertainty is Shown on Figure. B012601400024 (ERR-T) The Uncertainty is Shown on Figure. B012601400025 ENDBIB 23 0 B012601400026 NOCOMMON 0 0 B012601400027 DATA 6 55 B012601400028 EN ANG ANG-ERR DATA ERR-T MISC B012601400029 MEV ADEG ADEG MB/SR PER-CENT SEE TEXT B012601400030 59.5 5. 4. 1077.66823 7. 10.3B012601400031 59.5 15. 4. 186.73404 8. 5.3B012601400032 59.5 25. 4. 32.58161 11. 1.51B012601400033 59.5 35. 5. 12.08276 11. 0.76B012601400034 59.5 45. 4. 4.51364 14. 0.35B012601400035 65.7 1.5 2.2 141.08468 7. 0.405B012601400036 65.7 6.7 2.5 52.36688 9. 0.67B012601400037 65.7 11.9 1.8 33.16711 9. 0.75B012601400038 65.7 18. 2. 20.65663 11. 0.7B012601400039 65.7 22.2 2. 11.58447 6. 0.48B012601400040 65.7 26.9 2. 6.28843 9. 0.312B012601400041 65.7 32. 3. 3.49325 13. 0.203B012601400042 65.7 37.3 2.5 1.80576 15. 0.12B012601400043 72.8 8. 3. 36.03722 11. 0.55B012601400044 72.8 12.4 2.4 36.94534 10. 0.87B012601400045 72.8 18.2 1.7 35.61912 11. 1.22B012601400046 72.8 22. 3. 24.82954 13. 1.02B012601400047 72.8 27.9 1.9 13.44659 12. 0.69B012601400048 72.8 33. 2.4 10.54813 10. 0.63B012601400049 72.8 38.1 1.9 6.65037 18. 0.45B012601400050 72.8 42.6 1.9 5.92772 9. 0.44B012601400051 72.8 47.8 2.4 2.94197 9. 0.239B012601400052 72.8 53. 3. 1.33592 16. 0.117B012601400053 72.8 57.6 1.9 0.69121 19. 0.064B012601400054 72.8 63.2 2.6 0.53125 21. 0.052B012601400055 72.8 67.4 2.4 0.29632 20. 0.03B012601400056 72.8 72.4 2.8 0.287 17. 0.03B012601400057 72.8 77.1 2.4 0.14968 19. 0.016B012601400058 77.3 5.7 2.6 38.56182 12. 0.42B012601400059 77.3 10.8 2.3 54.01826 10. 1.11B012601400060 77.3 15.7 2.4 44.8195 10. 1.33B012601400061 77.3 20.8 2.1 25.42259 7. 0.99B012601400062 77.3 26.4 1.9 14.97142 8. 0.73B012601400063 77.3 30.9 1.9 15.98126 8. 0.9B012601400064 77.3 36.3 1.7 15.40325 12. 1.B012601400065 77.3 41.7 2.4 14.39332 10. 1.05B012601400066 77.3 46.5 1.9 6.91424 11. 0.55B012601400067 77.3 51.9 1.9 2.4914 11. 0.215B012601400068 77.3 56.6 2.6 1.23428 18. 0.113B012601400069 77.3 61.4 1.9 0.72704 17. 0.07B012601400070 77.3 66.6 2.4 0.41732 30. 0.042B012601400071 89.4 9.1 2.1 15.56741 15. 0.27B012601400072 89.4 13.1 2.3 14.88632 14. 0.37B012601400073 89.4 18.5 1.9 14.36936 10. 0.5B012601400074 89.4 23. 1.9 12.83596 9. 0.55B012601400075 89.4 27.9 1.7 14.42098 7. 0.74B012601400076 89.4 32.9 1.7 23.67138 7. 1.41B012601400077 89.4 37.3 1.5 23.02348 12. 1.53B012601400078 89.4 43.2 2.1 19.04919 11. 1.43B012601400079 89.4 47.6 1.3 10.12589 10. 0.82B012601400080 89.4 53.5 1.3 6.91982 13. 0.61B012601400081 89.4 57.9 1.9 2.90644 11. 0.27B012601400082 89.4 63.3 2.1 1.73524 18. 0.17B012601400083 89.4 67.3 2.1 1.21581 12. 0.123B012601400084 89.4 76.7 2.3 0.4404 11. 0.047B012601400085 ENDDATA 57 0 B012601400086 ENDSUBENT 85 0 B012601499999 SUBENT B0126015 20011220 0000B012601500001 BIB 10 23 B012601500002 REACTION (79-AU-197(6-C-12,X)81-TL-198-G,,DA,,,EXP) B012601500003 RAD-DET (81-TL-198-M,DG) B012601500004 (81-TL-198-G,DG) B012601500005 DECAY-DATA (81-TL-198-M,1.9HR,DG,412.,0.43) 55% Isomeric B012601500006 Transition - Comment by the Compiler of Kachapag - B012601500007 (81-TL-198-G,5.3HR,DG,412.,0.885) B012601500008 DETECTOR (GELI) B012601500009 ERR-ANALYS (ANG-ERR) The Uncertainty is Shown on Figure. B012601500010 (ERR-T) The Uncertainty is Shown on Figure. B012601500011 An Additional Error of +-8% has to be Added Due to the B012601500012 Following Reason. The Relative Production of the Two B012601500013 Isomers is Unknown. However, the Extrapolation of the B012601500014 5.3 Hr Asymptote of the Decay Curve was Used to B012601500015 Calculate an Approximate Value of the Total Cross B012601500016 Section For the Sum of Both Isomers. B012601500017 METHOD (REC) Collection of Short-Lived Precursors is Possible.B012601500018 (SITA) B012601500019 (BCINT) B012601500020 SAMPLE 50 Mu-Gramms/Sq-Cm of Au on 180 Mu-Gramms/Sq-Cm of Al. B012601500021 MISC-COL (MISC) Authors' Data in Mbarns/Ang.Degree. B012601500022 COMMENT - By Compiler - Authors' Data were Recalculated For B012601500023 Mb/Sr by Multiply on 90./(PI**2*SIN(THETA)). B012601500024 STATUS (CURVE) By CAJAD from Fig.11 B012601500025 ENDBIB 23 0 B012601500026 NOCOMMON 0 0 B012601500027 DATA 7 11 B012601500028 EN ANG ANG-ERR DATA DATA-MAX ERR-T B012601500029 MISC B012601500030 MEV ADEG ADEG MB/SR MB/SR PER-CENT B012601500031 SEE TEXT B012601500032 89. 12.6 2.1 0.627 50.B012601500033 0.015 B012601500034 89. 18.4 1.3 2.57116 11.B012601500035 0.089 B012601500036 89. 24. 2.1 2.69037 20.B012601500037 0.12 B012601500038 89. 28.1 1.9 5.22728 11.B012601500039 0.27 B012601500040 89. 34.2 2.3 7.62502 11.B012601500041 0.47 B012601500042 89. 38.7 2.1 11.95939 7.B012601500043 0.82 B012601500044 89. 44.7 2.9 10.24169 9.B012601500045 0.79 B012601500046 89. 49.1 2.1 9.16895 7.B012601500047 0.76 B012601500048 89. 53.8 2.5 3.50311 10.B012601500049 0.31 B012601500050 89. 58.9 2.3 2.34292 11.B012601500051 0.22 B012601500052 89. 63.6 2.9 1.08933 19.B012601500053 0.107 B012601500054 ENDDATA 26 0 B012601500055 ENDSUBENT 54 0 B012601599999 SUBENT B0126016 20011220 0000B012601600001 BIB 11 15 B012601600002 REACTION (79-AU-197(6-C-12,X)81-TL-199,,DA,,,EXP) B012601600003 PART-DET (81-TL-199) B012601600004 RAD-DET (81-TL-199,DG) B012601600005 DECAY-DATA (81-TL-199,7.4HR,DG,455.,0.14) B012601600006 DETECTOR (GELI) B012601600007 METHOD (REC) Collection of Short-Lived Precursors is Possible.B012601600008 (SITA) B012601600009 (BCINT) B012601600010 SAMPLE 50 Mu-Gramms/Sq-Cm of Au on 180 Mu-Gramms/Sq-Cm of Al. B012601600011 MISC-COL (MISC) Athors' Data in Mbarns/Ang.Degree. B012601600012 COMMENT - By Compiler - Authors' Data were Recalculated For B012601600013 Mb/Sr by Multiply on 90./(PI**2*SIN(THETA)). B012601600014 STATUS (CURVE) By CAJAD from Fig.11 B012601600015 ERR-ANALYS (ANG-ERR) The Uncertainty is Shown on Figure. B012601600016 (ERR-T) The Uncertainty is Shown on Figure. B012601600017 ENDBIB 15 0 B012601600018 NOCOMMON 0 0 B012601600019 DATA 6 9 B012601600020 EN ANG ANG-ERR DATA ERR-T MISC B012601600021 MEV ADEG ADEG MB/SR PER-CENT SEE TEXT B012601600022 89. 18. 2.5 2.95095 30. 0.1B012601600023 89. 22.5 2.5 4.76578 30. 0.2B012601600024 89. 27.4 2.7 11.49279 22. 0.58B012601600025 89. 33. 2.1 30.13752 17. 1.8B012601600026 89. 37.2 1.9 49.16929 9. 3.26B012601600027 89. 42.5 2.9 30.36987 8. 2.25B012601600028 89. 47.4 1.9 22.79431 10. 1.84B012601600029 89. 52.5 2.1 7.35626 11. 0.64B012601600030 89. 61.7 2.5 1.76066 18. 0.17B012601600031 ENDDATA 11 0 B012601600032 ENDSUBENT 31 0 B012601699999 SUBENT B0126017 20011220 0000B012601700001 BIB 11 24 B012601700002 REACTION (79-AU-197(6-C-12,X)83-BI-201,,DA,,,EXP) B012601700003 Cross Sections were Calculated from Tl-201 Activity. B012601700004 PART-DET (81-TL-201) B012601700005 RAD-DET (81-TL-201,DG) B012601700006 DECAY-DATA (81-TL-201,73.HR,DG,167.,0.0925) B012601700007 (82-PB-201-M,61.SEC) 100% Isomeric Transition - CommentB012601700008 By the Compiler of Kachapag - B012601700009 (82-PB-201-G,9.4HR,DG,330.) B012601700010 (83-BI-201-M,59.MIN) <10% Isomeric Transition - CommentB012601700011 By the Compiler of Kachapag - B012601700012 (83-BI-201-G,1.7HR,DG) - Comment by the Compiler of B012601700013 Kachapag - B012601700014 DETECTOR (GELI) B012601700015 METHOD (REC) Collection of Short-Lived Precursors and Tl-201 B012601700016 Is Possible Too. B012601700017 (SITA) B012601700018 (BCINT) B012601700019 SAMPLE 50 Mu-Gramms/Sq-Cm of Au on 180 Mu-Gramms/Sq-Cm of Al. B012601700020 MISC-COL (MISC) Authors' Data in Mbarns/Ang.Degree. B012601700021 COMMENT - By Compiler - Authors' Data were Recalculated For B012601700022 Mb/Sr by Multiply on 90./(PI**2*SIN(THETA)). B012601700023 STATUS (CURVE) By CAJAD from Fig.12 B012601700024 ERR-ANALYS (ANG-ERR) The Uncertainty is Shown on Figure. B012601700025 (ERR-T) The Uncertainty is Shown on Figure. B012601700026 ENDBIB 24 0 B012601700027 NOCOMMON 0 0 B012601700028 DATA 6 10 B012601700029 EN ANG ANG-ERR DATA ERR-T MISC B012601700030 MEV ADEG ADEG MB/SR PER-CENT SEE TEXT B012601700031 69. 7.4 2.4 368.16813 15. 5.2B012601700032 69. 12.4 2.7 61.57556 12. 1.45B012601700033 69. 12.6 2.6 60.19558 13. 1.44B012601700034 69. 17.8 2.5 14.31846 21. 0.48B012601700035 89. 7.4 2.2 276.1261 8. 3.9B012601700036 89. 12.2 2.3 306.37389 10. 7.1B012601700037 89. 17.4 2.6 161.61784 9. 5.3B012601700038 89. 22.1 2.3 66.41216 10. 2.74B012601700039 89. 27.9 2.4 20.4622 10. 1.05B012601700040 89. 32.4 2.5 9.36013 20. 0.55B012601700041 ENDDATA 12 0 B012601700042 ENDSUBENT 41 0 B012601799999 SUBENT B0126018 20011220 0000B012601800001 BIB 11 15 B012601800002 REACTION (79-AU-197(6-C-12,X)83-BI-202,,DA,,,EXP) B012601800003 PART-DET (83-BI-202) B012601800004 RAD-DET (83-BI-202,DG) B012601800005 DECAY-DATA (83-BI-202,95.MIN,DG,422.,0.66) B012601800006 DETECTOR (GELI) B012601800007 METHOD (REC) Collection of Short-Lived Precursors is Possible.B012601800008 (SITA) B012601800009 (BCINT) B012601800010 SAMPLE 50 Mu-Gramms/Sq-Cm of Au on 180 Mu-Gramms/Sq-Cm of Al. B012601800011 MISC-COL (MISC) Authors' Data in Mbarns/Ang.Degree. B012601800012 COMMENT - By Compiler - Authors' Data were Recalculated For B012601800013 Mb/Sr by Multiply on 90./(PI**2*SIN(THETA)). B012601800014 STATUS (CURVE) By CAJAD from Fig.12 B012601800015 ERR-ANALYS (ANG-ERR) The Uncertainty is Shown on Figure. B012601800016 (ERR-T) The Uncertainty is Shown on Figure. B012601800017 ENDBIB 15 0 B012601800018 NOCOMMON 0 0 B012601800019 DATA 6 11 B012601800020 EN ANG ANG-ERR DATA ERR-T MISC B012601800021 MEV ADEG ADEG MB/SR PER-CENT SEE TEXT B012601800022 89. 6.4 2.4 141.52597 10. 1.73B012601800023 89. 11.4 2.1 89.04063 10. 1.93B012601800024 89. 16.6 2.4 58.73123 11. 1.84B012601800025 89. 21.9 2.3 25.18178 10. 1.03B012601800026 89. 27.3 2.1 9.14578 11. 0.46B012601800027 89. 32.7 2.2 1.92425 11. 0.114B012601800028 69. 7.1 2.4 33.19959 13. 0.45B012601800029 69. 11.8 2.5 34.336 13. 0.77B012601800030 69. 16.8 2.5 31.86542 14. 1.01B012601800031 69. 22.1 2.6 13.57329 13. 0.56B012601800032 69. 27.4 2.7 3.90359 14. 0.197B012601800033 ENDDATA 13 0 B012601800034 ENDSUBENT 33 0 B012601899999 SUBENT B0126019 20011220 0000B012601900001 BIB 11 21 B012601900002 REACTION (79-AU-197(6-C-12,X)83-BI-203-G,,DA,,,EXP) B012601900003 Cross Sections were Calculated from Pb-203 Activity. B012601900004 PART-DET (83-BI-203) B012601900005 RAD-DET (82-PB-203-G,DG) B012601900006 DECAY-DATA (82-PB-203-G,52.HR,DG,279.,0.795) B012601900007 (82-PB-203-M,6.2SEC) 100% Isomeric Transition - CommentB012601900008 By the Compiler of Kachapag - B012601900009 (83-BI-203-G,11.76HR) - Comment by the Compiler of B012601900010 Kachapag - B012601900011 DETECTOR (GELI) B012601900012 METHOD (REC) Collection of Short-Lived Precursors and Pb-203 B012601900013 Is Possible Too. B012601900014 (SITA) B012601900015 (BCINT) B012601900016 SAMPLE 50 Mu-Gramms/Sq-Cm of Au on 180 Mu-Gramms/Sq-Cm of Al. B012601900017 MISC-COL (MISC) Authors' Data in Mbarns/Ang.Degree. B012601900018 COMMENT - By Compiler - Authors' Data were Recalculated For B012601900019 Mb/Sr by Multiply on 90./(PI**2*SIN(THETA)). B012601900020 STATUS (CURVE) By CAJAD from Fig.12 B012601900021 ERR-ANALYS (ANG-ERR) The Uncertainty is Shown on Figure. B012601900022 (ERR-T) The Uncertainty is Shown on Figure. B012601900023 ENDBIB 21 0 B012601900024 NOCOMMON 0 0 B012601900025 DATA 6 9 B012601900026 EN ANG ANG-ERR DATA ERR-T MISC B012601900027 MEV ADEG ADEG MB/SR PER-CENT SEE TEXT B012601900028 69. 7.4 2.5 21.94848 13. 0.31B012601900029 69. 12.8 2.5 27.98878 12. 0.68B012601900030 69. 17.2 2. 40.39727 15. 1.31B012601900031 69. 22.4 2.3 20.10101 12. 0.84B012601900032 69. 27.3 2.4 9.74224 14. 0.49B012601900033 69. 33. 2.5 2.56169 12. 0.153B012601900034 89. 6.6 2.1 16.50239 12. 0.208B012601900035 89. 12.3 2.4 2.05468 17. 0.048B012601900036 89. 17.7 2.6 0.53688 16. 0.0179B012601900037 ENDDATA 11 0 B012601900038 ENDSUBENT 37 0 B012601999999 SUBENT B0126020 20011220 0000B012602000001 BIB 11 16 B012602000002 REACTION (79-AU-197(6-C-12,X)83-BI-204,,DA,,,EXP) B012602000003 Accumulation from 3.5Hr Po-204 is Assumed. B012602000004 PART-DET (83-BI-204) B012602000005 RAD-DET (83-BI-204,DG) B012602000006 DECAY-DATA (83-BI-204,11.4HR,DG,375.,0.90) B012602000007 DETECTOR (GELI) B012602000008 METHOD (REC) Collection of Short-Lived Precursors is Possible.B012602000009 (SITA) B012602000010 (BCINT) B012602000011 SAMPLE 50 Mu-Gramms/Sq-Cm of Au on 180 Mu-Gramms/Sq-Cm of Al. B012602000012 MISC-COL (MISC) Authors' Data in Mbarns/Ang.Degree. B012602000013 COMMENT - By Compiler - Authors' Data were Recalculated For B012602000014 Mb/Sr by Multiply on 90./(PI**2*SIN(THETA)). B012602000015 STATUS (CURVE) By CAJAD from Fig.12 B012602000016 ERR-ANALYS (ANG-ERR) The Uncertainty is Shown on Figure. B012602000017 (ERR-T) The Uncertainty is Shown on Figure. B012602000018 ENDBIB 16 0 B012602000019 NOCOMMON 0 0 B012602000020 DATA 6 6 B012602000021 EN ANG ANG-ERR DATA ERR-T MISC B012602000022 MEV ADEG ADEG MB/SR PER-CENT SEE TEXT B012602000023 89. 8. 2.5 38.65811 8. 0.59B012602000024 89. 13. 2.4 6.04007 15. 0.149B012602000025 89. 18.1 2.5 1.61435 11. 0.055B012602000026 69. 7.5 2.3 293.4239 12. 4.2B012602000027 69. 13.1 2.6 45.86596 15. 1.14B012602000028 69. 17.7 2.3 13.49695 18. 0.45B012602000029 ENDDATA 8 0 B012602000030 ENDSUBENT 29 0 B012602099999 ENDENTRY 20 0 B012699999999