ENTRY A0454 20031015 0000A045400000001 SUBENT A0454001 20031015 0000A045400100001 BIB 13 49 A045400100002 TITLE Projectile-mass dependence of the linear momentum A045400100003 transfer in central collisions A045400100004 AUTHOR (Li Wenxin, Yin Xinmin, Zhang Xiang, Sun Tohgyu, A045400100005 Qjing Zhi, Shizuko Ambe, Yoshitaka Ohkubo, A045400100006 Fumitoshi Ambe) A045400100007 INSTITUTE (3CPRNRS) A045400100008 (3CPRIMP) A045400100009 (2JPNJCL) A045400100010 REFERENCE (J,JRN,243,797,2000) A045400100011 REL-REF (R,,U.REUS+,J,AND,29,1,1983) Decay data A045400100012 DETECTOR (HPGE) A045400100013 FACILITY (CYCLO,2JPNJCL) A045400100014 METHOD (SITA) The target stack consisted of an 18 milligramm/ A045400100015 cm**2 copper foil surrounded by two 14 milligramm/cm**2A045400100016 aluminium catcher foils. A045400100017 (ACTIV) Two irradiations were performed, 5.2 and 60.2 A045400100018 minutes. A045400100019 (EXTB) The typical beam intensity was about 10 A045400100020 nano-ampere A045400100021 (GSPEC) The samples from the short irradiation were A045400100022 measured for approxmately 8 hours, commencing a few A045400100023 minutes after the end of bombardment. Those from the A045400100024 longer irradiation were measured for 4 weeks. A045400100025 ANALYSIS (AREA,DECAY) A045400100026 HISTORY (20021025C) A045400100027 (20031015A) Reference is corrected A045400100028 (20031015U) Last checking has been done. A045400100029 ERR-ANALYS (ERR-T) Data uncertainties are standard deviations, A045400100030 including errors in analysis of gamma-ray spectra an inA045400100031 resolution of the decay curves by the least-squares A045400100032 method, and a 5% error in detector efficiencies. A045400100033 ADD-RES (RANGE) A045400100034 (A-DIS) A045400100035 COMMENT - By compiler: the authors used obsolete decay data. A045400100036 Therefore compiler was forced to include some A045400100037 corrections: A045400100038 1. Cl-34-m was moved to "independent" group, because A045400100039 the isomeric state could not be produced due to Ar-34 A045400100040 decay A045400100041 2. The authors could not observe isomer state of K-38. A045400100042 Isomeric transition is absent. K-38 ground state could A045400100043 not be produced due to Ca-38 decay. Therefore K-38 was A045400100044 moved to "independent" group too. A045400100045 3. Mn-52-m was moved to "independent" group because A045400100046 production cross section of its pregnitor (Fe-52-g) is A045400100047 less than uncertainty of Mn-52-m production cross A045400100048 section. A045400100049 4. Simirar reasons are base to move V-48 and Co-57 A045400100050 production cross sections to "independent" group. A045400100051 ENDBIB 49 0 A045400100052 COMMON 1 3 A045400100053 EN A045400100054 MEV A045400100055 1540. A045400100056 ENDCOMMON 3 0 A045400100057 ENDSUBENT 56 0 A045400199999 SUBENT A0454002 20030110 0000A045400200001 BIB 1 1 A045400200002 REACTION (29-CU-0(18-AR-40,X)ELEM/MASS,IND,SIG) A045400200003 ENDBIB 1 0 A045400200004 NOCOMMON 0 0 A045400200005 DATA 5 19 A045400200006 ELEMENT MASS ISOMER DATA ERR-T A045400200007 NO-DIM NO-DIM NO-DIM MB MB A045400200008 17. 34. 1. 2.6 0.9 A045400200009 17. 38. 8.83 2.08 A045400200010 19. 38. 0. 1.77 1.18 A045400200011 19. 42. 16. 1.6 A045400200012 19. 44. 1.28 0.42 A045400200013 21. 44. 0. 10.1 1. A045400200014 21. 44. 1. 33.7 1.4 A045400200015 21. 46. 26.5 1.6 A045400200016 21. 47. 10.3 0.5 A045400200017 21. 48. 2.08 0.16 A045400200018 23. 48. 35.6 1.8 A045400200019 25. 52. 1. 3.26 0.72 A045400200020 25. 54. 64. 4.9 A045400200021 27. 57. 64.3 3.2 A045400200022 27. 58. 0. 76.5 1.4 A045400200023 27. 58. 1. 51.7 4. A045400200024 27. 60. 24.2 2.5 A045400200025 27. 62. 1. 1.41 0.12 A045400200026 29. 64. 81.8 24.4 A045400200027 ENDDATA 21 0 A045400200028 ENDSUBENT 27 0 A045400299999 SUBENT A0454003 20030110 0000A045400300001 BIB 1 1 A045400300002 REACTION (29-CU-0(18-AR-40,X)ELEM/MASS,CUM,SIG) A045400300003 ENDBIB 1 0 A045400300004 NOCOMMON 0 0 A045400300005 DATA 5 23 A045400300006 ELEMENT MASS ISOMER DATA ERR-T A045400300007 NO-DIM NO-DIM NO-DIM MB MB A045400300008 16. 38. 0.17 0.04 A045400300009 17. 39. 2.29 0.31 A045400300010 18. 41. 3.44 0.19 A045400300011 19. 43. 5.21 0.3 A045400300012 21. 43. 12.2 1.25 A045400300013 24. 48. 0.89 0.06 A045400300014 24. 49. 8.28 3.3 A045400300015 24. 51. 73.3 3.6 A045400300016 25. 52. 0. 25.9 0.43 A045400300017 25. 56. 8.9 0.48 A045400300018 26. 52. 0.31 0.06 A045400300019 26. 53. 3.2 0.95 A045400300020 26. 59. 4.62 0.33 A045400300021 27. 55. 2.53 0.25 A045400300022 27. 56. 20.6 1.3 A045400300023 28. 56. 0.48 0.29 A045400300024 28. 57. 1.58 0.17 A045400300025 28. 65. 1.17 0.5 A045400300026 29. 60. 8.3 0.69 A045400300027 29. 61. 40. 2. A045400300028 30. 62. 3.79 0.18 A045400300029 30. 63. 10.8 0.7 A045400300030 30. 65. 14. 0.5 A045400300031 ENDDATA 25 0 A045400300032 ENDSUBENT 31 0 A045400399999 ENDENTRY 3 0 A045499999999