ENTRY A0677 20210315 A097A067700000001 SUBENT A0677001 20210315 A097A067700100001 BIB 13 49 A067700100002 TITLE Charge, mass, and angular distributions in 20-Ne A067700100003 induced fission of 208-Pb A067700100004 AUTHOR (R.Tripathi, K.Sudarshan, A.Goswami, P.K.Pujari, A067700100005 B.S.Tomar, S.B.Manohar) A067700100006 REFERENCE (J,PR/C,69,024613,2004) A067700100007 INSTITUTE (3INDTRM) Radiochemistry division A067700100008 FACILITY (ISOCY,3INDVEC) A067700100009 SAMPLE For charge, mass, and angular distribution studies, A067700100010 enriched 208-Pb (99.86%) target of thickness 2 mg/cm2 A067700100011 was bombarded with 145 MeV 20Ne6+ beam. A067700100012 For charge and mass distribution studies, the target A067700100013 was covered from both sides with pure Al catcher foils A067700100014 of thickness 6.75 mg/cm2 to collect the recoiling A067700100015 fission products in the forward as well as backward A067700100016 directions. A067700100017 DETECTOR (HPGE) A067700100018 METHOD (ACTIV) Irradiation was carried out for about 4 hour A067700100019 for product yield measurements and 42 hours for angularA067700100020 distributions measurements. A067700100021 (REC) For angular distributions. A067700100022 (EXTB) The beam energy was degraded to 116 MeV by the A067700100023 backward aluminum foil, so that the average energy in A067700100024 the target was 114.4 MeV. A067700100025 (EDEG) For angular distribution studies, the beam A067700100026 energy was degraded by 6.75 mg/cm2 (effective thicknessA067700100027 9.55 mg/cm2) superpure aluminum foil so that the A067700100028 average energy in the target was 102.1 MeV. A067700100029 (BCINT) Beam current was measured from a beam dump A067700100030 placed after the target. The beam current was around A067700100031 10 pnA. A067700100032 (GSPEC) The decay of the fission products was followedA067700100033 for about 10 days. The gamma-ray spectra were A067700100034 collected over a period of about 20 days to measure A067700100035 angular distributions. A067700100036 COMMENT -By authors. The measurements were carried out using A067700100037 recoil catcher technique followed by the off-line A067700100038 gamma-ray assay of fission products. A067700100039 ERR-ANALYS (DATA-ERR) The uncertainties on the formation cross A067700100040 sections are quoted at one sigma level. A067700100041 ADD-RES Variance of mass distribution for various fissioning A067700100042 systems. A067700100043 STATUS (TABLE) From A.Goswami. A067700100044 HISTORY (20040512C) A067700100045 (20040530R) Data tables were received. A067700100046 (20040615R) Additional data tables were received. A067700100047 (20040715U) Last checking has been done. A067700100048 (20210315A) SD: Subent 004 deleted (only relative A067700100049 values presented, while absolute values are compiled A067700100050 in Subents 002 and 003). A067700100051 ENDBIB 49 0 A067700100052 NOCOMMON 0 0 A067700100053 ENDSUBENT 52 0 A067700199999 SUBENT A0677002 20040715 0000A067700200001 BIB 2 16 A067700200002 REACTION (82-PB-208(10-NE-20,F)ELEM/MASS,IND,SIG) A067700200003 DECAY-DATA ((4.)39-Y-90-M,3.19HR,DG,202.5,0.965) A067700200004 ((5.)39-Y-91-M,49.71MIN,DG,555.6,0.949) A067700200005 ((10.)41-NB-96,23.35HR,DG,568.9,0.557) A067700200006 ((12.)41-NB-97-G,72.1MIN,DG,657.9,0.985) A067700200007 ((13.)41-NB-98-M,51.3MIN,DG,787.4,0.930) A067700200008 ((16.)45-RH-106-M,2.17HR,DG,451.0,0.245) A067700200009 ((26.)51-SB-120-M,5.76D,DG,1023.3,0.99) A067700200010 ((27.)51-SB-122-G,2.70D,DG,564.0,0.708) A067700200011 ((28.)51-SB-124-G,60.2D,DG,602.7,0.984) A067700200012 ((29.)53-I-124,4.15D,DG,602.7,0.605) A067700200013 ((30.)51-SB-126-G,12.4D,DG,695.0,1.00) A067700200014 ((31.)53-I-126,13.11D,DG,388.6,0.341) A067700200015 ((34.)53-I-130-G,12.36HR,DG,536.1,0.990) A067700200016 ((36.)55-CS-134-M,2.91HR,DG,127.5,0.127) A067700200017 ((37.)55-CS-136-G,13.16D,DG,818.5,1.00) A067700200018 ENDBIB 16 0 A067700200019 COMMON 1 3 A067700200020 EN A067700200021 MEV A067700200022 114.4 A067700200023 ENDCOMMON 3 0 A067700200024 DATA 6 15 A067700200025 ELEMENT MASS ISOMER DATA DATA-ERR DECAY-FLAG A067700200026 NO-DIM NO-DIM NO-DIM MB MB NO-DIM A067700200027 39. 90. 1. 2.2 0.2 4.A067700200028 39. 91. 1. 3.7 0.4 5.A067700200029 41. 96. 5.7 0.3 10.A067700200030 41. 97. 0. 9.3 0.4 12.A067700200031 41. 98. 1. 8.6 0.7 13.A067700200032 45. 106. 1. 7.9 0. 16.A067700200033 51. 120. 1. 4.5 0.4 26.A067700200034 51. 122. 0. 13.6 0.6 27.A067700200035 51. 124. 0. 8.2 0.5 28.A067700200036 51. 126. 0. 2. 0.4 30.A067700200037 53. 124. 1.7 0.4 29.A067700200038 53. 126. 6.3 0.5 31.A067700200039 53. 130. 0. 3.7 0.3 34.A067700200040 55. 134. 1. 4.2 0.5 36.A067700200041 55. 136. 0. 1.3 0.1 37.A067700200042 ENDDATA 17 0 A067700200043 ENDSUBENT 42 0 A067700299999 SUBENT A0677003 20040715 0000A067700300001 BIB 2 20 A067700300002 REACTION (82-PB-208(10-NE-20,F)ELEM/MASS,CUM,SIG) A067700300003 DECAY-DATA ((1.)36-KR-88,2.84HR,DG,196.3,0.263) A067700300004 ((3.)38-SR-91,9.52HR,DG,1024.3,0.334) A067700300005 ((6.)38-SR-92,2.71HR,DG,1383.9,0.900) A067700300006 ((7.)39-Y-93,10.1HR,DG,266.9,0.0698) A067700300007 ((8.)40-ZR-95,64.03D,DG,724.2,0.437) A067700300008 ((11.)40-ZR-97,17.HR,DG,743.4,0.926) A067700300009 ((14.)42-MO-99,2.75D,DG,140.5,0.907) A067700300010 ((15.)44-RU-103,39.25D,DG,497.1,0.895) A067700300011 ((17.)44-RU-105,4.4HR,DG,724.2,0.467) A067700300012 ((18.)45-RH-105-G,35.36HR,DG,318.9,0.092) A067700300013 ((19.)45-RH-107,21.7MIN,DG,302.8,0.66) A067700300014 ((20.)47-AG-111-G,7.45D,DG,342.1,0.067) A067700300015 ((21.)46-PD-112,21.04HR,DG,617.4,0.500) A067700300016 ((23.)48-CD-115-G,2.23D,DG,336.3,0.497) A067700300017 ((24.)47-AG-113-G,5.37HR,DG,298.6,0.10) A067700300018 ((25.)48-CD-117-M,3.36HR,DG,552.9,1.25)In equilibrium A067700300019 with In-117-g A067700300020 ((32.)51-SB-127,3.85D,DG,473.0,0.247) A067700300021 ((35.)53-I-131,8.02D,DG,364.5,0.812) A067700300022 ENDBIB 20 0 A067700300023 COMMON 1 3 A067700300024 EN A067700300025 MEV A067700300026 114.4 A067700300027 ENDCOMMON 3 0 A067700300028 DATA 6 18 A067700300029 ELEMENT MASS ISOMER DATA DATA-ERR DECAY-FLAG A067700300030 NO-DIM NO-DIM NO-DIM MB MB NO-DIM A067700300031 36. 88. 2.8 0.2 1.A067700300032 38. 91. 8.8 0.5 3.A067700300033 38. 92. 6.3 1. 6.A067700300034 39. 93. 0. 12. 1.3 7.A067700300035 40. 95. 21.2 0.2 8.A067700300036 40. 97. 11.3 1.1 11.A067700300037 42. 99. 24.4 1. 14.A067700300038 44. 103. 34.2 3.7 15.A067700300039 44. 105. 24.1 0.6 17.A067700300040 45. 105. 0. 43. 1. 18.A067700300041 45. 107. 19.1 1.8 19.A067700300042 46. 112. 16. 0.6 21.A067700300043 47. 111. 0. 29.6 1.7 20.A067700300044 47. 113. 0. 19.2 0.5 24.A067700300045 48. 115. 0. 15. 0.5 23.A067700300046 48. 117. 1. 9. 1.1 25.A067700300047 51. 127. 1.4 0.2 32.A067700300048 53. 131. 2.5 0.2 35.A067700300049 ENDDATA 20 0 A067700300050 ENDSUBENT 49 0 A067700399999 NOSUBENT A0677004 20210315 A097A067700400001 SUBENT A0677005 20040715 0000A067700500001 BIB 2 8 A067700500002 REACTION (82-PB-208(10-NE-20,F)MASS,,SIG) A067700500003 MISC-COL (MISC1) The cross section was calculated using unchangeA067700500004 charge distribution (UCD) hypothesis. A067700500005 (MISC1-ERR) Any analysis of the uncertainty is not A067700500006 given. A067700500007 (MISC2) It is atomic number of the isotope whose A067700500008 cumulative or independent yield has been used to A067700500009 calculate the mass yield. A067700500010 ENDBIB 8 0 A067700500011 COMMON 1 3 A067700500012 EN A067700500013 MEV A067700500014 114.4 A067700500015 ENDCOMMON 3 0 A067700500016 DATA 6 26 A067700500017 MASS DATA DATA-ERR MISC1 MISC1-ERR MISC2 A067700500018 NO-DIM MB MB MB MB NO-DIM A067700500019 88. 5.6021 0.36143 8.2887 0.53475 36.A067700500020 90. 23.43038 1.95253 13.27601 1.10633 39.A067700500021 91. 9.91541 0.61971 11.49833 0.71865 38.A067700500022 91. 18.03956 1.7773 12.26386 1.20826 39.A067700500023 92. 9.07063 1.4566 11.42301 1.83435 38.A067700500024 93. 12.66579 1.3536 14.04111 1.50058 39.A067700500025 96. 24.37912 1.17963 18.45082 0.89278 41.A067700500026 97. 17.49129 1.69271 20.92601 2.0251 40.A067700500027 97. 24.31694 0.97745 20.90638 0.84035 41.A067700500028 98. 20.73089 1.83459 19.92294 1.76309 41.A067700500029 99. 23.04801 0.94954 23.64983 0.97434 42.A067700500030 105. 25.43561 0.67443 26.18356 0.69426 44.A067700500031 106. 34.13621 2.84468 31.46533 2.62211 45.A067700500032 111. 27.93106 1.63793 27.91223 1.63683 47.A067700500033 112. 30.93998 1.2376 30.28229 1.21129 46.A067700500034 113. 23.33427 0.55558 22.91352 0.54556 47.A067700500035 117. 23.1459 2.12171 20.93013 1.9186 48.A067700500036 120. 19.8803 1.62288 24.6693 2.01382 51.A067700500037 124. 13.92656 2.93191 20.46929 1.15088 51.A067700500038 124. 23.09989 1.64412 20.83032 4.38533 53.A067700500039 126. 15.63199 1.3593 19.35239 1.68282 53.A067700500040 126. 28.98476 5.98309 19.75007 4.07685 51.A067700500041 130. 15.44573 1.13018 10.9801 0.80342 53.A067700500042 131. 21.06223 1.24353 12.53307 0.73996 53.A067700500043 134. 11.39902 1.24989 8.92021 0.97809 55.A067700500044 136. 12.37477 0.91665 6.41318 0.47505 55.A067700500045 ENDDATA 28 0 A067700500046 ENDSUBENT 45 0 A067700599999 SUBENT A0677006 20040715 0000A067700600001 BIB 2 4 A067700600002 REACTION (82-PB-208(10-NE-20,F)MASS,SEC,FY) Figure 7 A067700600003 MISC-COL (MISC) It is atomic number of the isotope whose A067700600004 cumulative or independent yield has been used to A067700600005 calculate the mass yield. A067700600006 ENDBIB 4 0 A067700600007 COMMON 1 3 A067700600008 EN A067700600009 MEV A067700600010 102.1 A067700600011 ENDCOMMON 3 0 A067700600012 DATA 4 14 A067700600013 MASS DATA DATA-ERR MISC A067700600014 NO-DIM PC/FIS PC/FIS NO-DIM A067700600015 91. 1.1975 0.17963 38. A067700600016 92. 0.86403 0.1296 38. A067700600017 97. 1.40881 0.21132 40. A067700600018 99. 2.49503 0.37425 42. A067700600019 105. 2.83874 0.42581 44. A067700600020 111. 2.85105 0.42766 47. A067700600021 112. 2.39061 0.35859 46. A067700600022 113. 3.25943 0.48891 47. A067700600023 122. 3.2118 0.48177 51. A067700600024 126. 0.65601 0.0984 51. A067700600025 126. 2.9379 0.44068 53. A067700600026 130. 0.84545 0.12682 53. A067700600027 131. 0.87878 0.13182 53. A067700600028 136. 0.48948 0.07342 55. A067700600029 ENDDATA 16 0 A067700600030 ENDSUBENT 29 0 A067700699999 SUBENT A0677007 20040715 0000A067700700001 BIB 4 11 A067700700002 REACTION (82-PB-208(10-NE-20,F)ELEM/MASS,,DA,FF,REL) A067700700003 PART-DET (FF) A067700700004 COMMENT -By authors. Conversion of laboratory angular A067700700005 distribution to center of mass angular distribution A067700700006 requires the knowledge of kinetic energy of fission A067700700007 fragments. Kinetic energies were calculated using the A067700700008 prescription of Rossner et al. A067700700009 -By authors. All angular distribution were fitted by A067700700010 A+B*cos**2(ang-cm). A067700700011 - By compiler. Sign of cosine is unknown. A067700700012 REL-REF (R,,H.H.ROSSNER+,J,PRL,53,38,1984) A067700700013 ENDBIB 11 0 A067700700014 COMMON 1 3 A067700700015 EN A067700700016 MEV A067700700017 102.1 A067700700018 ENDCOMMON 3 0 A067700700019 DATA 6 142 A067700700020 ELEMENT MASS ISOMER COS-CM DATA DATA-ERR A067700700021 NO-DIM NO-DIM NO-DIM NO-DIM ARB-UNITS ARB-UNITS A067700700022 38. 91. 0.15643 118.4993 9.86108A067700700023 38. 91. 0.37279 143.2583 2.70392A067700700024 38. 91. 0.53642 146.2021 21.88302A067700700025 38. 91. 0.65334 177.7784 20.60811A067700700026 38. 91. 0.73563 181.4836 9.29744A067700700027 38. 91. 0.79397 202.5166 9.62581A067700700028 38. 91. 0.87376 209.4426 46.95205A067700700029 38. 91. 0.95476 213.3595 18.25159A067700700030 38. 91. 0.95541 219.2331 40.88763A067700700031 40. 97. 0.04336 396.7564 19.75107A067700700032 40. 97. 0.14625 394.5171 4.843A067700700033 40. 97. 0.36421 453.8187 7.28876A067700700034 40. 97. 0.52956 472.9393 7.97661A067700700035 40. 97. 0.64794 580.113 23.87785A067700700036 40. 97. 0.73137 545.8631 20.34281A067700700037 40. 97. 0.79058 646.6101 20.30342A067700700038 40. 97. 0.87162 703.5867 23.07762A067700700039 40. 97. 0.95463 774.9097 57.1809A067700700040 41. 96. 0.04147 98.87897 4.49147A067700700041 41. 96. 0.14802 106.5989 6.33475A067700700042 41. 96. 0.36569 121.7861 3.91494A067700700043 41. 96. 0.53075 128.3372 1.67397A067700700044 41. 96. 0.64888 150.2446 2.4107A067700700045 41. 96. 0.73211 146.5926 22.49417A067700700046 41. 96. 0.79117 178.3123 10.34607A067700700047 41. 96. 0.872 196.5069 25.56455A067700700048 41. 96. 0.95476 213.3595 18.25159A067700700049 42. 99. 0.04722 1986.087 81.55389A067700700050 42. 99. 0.14265 2033.291 20.25658A067700700051 42. 99. 0.36116 2346.848 20.92217A067700700052 42. 99. 0.52712 2377.375 32.19239A067700700053 42. 99. 0.64603 2789.844 34.51526A067700700054 42. 99. 0.72986 2794.152 25.02388A067700700055 42. 99. 0.78938 3260.822 29.91102A067700700056 42. 99. 0.87087 3457.411 16.05507A067700700057 42. 99. 0.95435 3994.567 47.52927A067700700058 44. 105. 0.05941 618.8101 53.57954A067700700059 44. 105. 0.13115 641.0022 42.55695A067700700060 44. 105. 0.35145 759.7328 23.98536A067700700061 44. 105. 0.51934 744.939 36.96632A067700700062 44. 105. 0.63989 958.5339 62.80545A067700700063 44. 105. 0.72502 905.4513 50.80923A067700700064 44. 105. 0.78553 1095.141 122.9958A067700700065 44. 105. 0.86844 1079.414 187.2982A067700700066 44. 105. 0.95347 1209.556 78.16711A067700700067 46. 111. 1. 0.07294 746.751 70.2381A067700700068 46. 111. 1. 0.11845 748.4692 34.79583A067700700069 46. 111. 1. 0.34069 896.7035 17.93383A067700700070 46. 111. 1. 0.51071 901.9251 17.11287A067700700071 46. 111. 1. 0.63309 1139.429 58.05846A067700700072 46. 111. 1. 0.71966 1120.226 144.5262A067700700073 46. 111. 1. 0.78125 1248.225 38.22935A067700700074 46. 111. 1. 0.86574 1304.466 104.6847A067700700075 46. 111. 1. 0.95249 1627.534 358.0451A067700700076 46. 112. 0.0753 340.3572 18.86701A067700700077 46. 112. 0.11623 353.8663 18.55212A067700700078 46. 112. 0.33879 405.7121 20.47912A067700700079 46. 112. 0.50918 406.7454 11.9001A067700700080 46. 112. 0.63189 471.8049 30.02944A067700700081 46. 112. 0.71871 486.8377 23.03953A067700700082 46. 112. 0.78049 546.8537 57.24147A067700700083 46. 112. 0.86526 617.7878 89.83505A067700700084 47. 111. 0.07294 27.56616 2.58052A067700700085 47. 111. 0.11845 34.30021 3.17462A067700700086 47. 111. 0.34069 36.57839 3.20831A067700700087 47. 111. 0.51071 35.54543 3.44995A067700700088 47. 111. 0.63309 41.70339 7.56449A067700700089 47. 111. 0.71966 45.4461 4.84299A067700700090 47. 111. 0.78125 50.44105 4.87521A067700700091 47. 111. 0.86574 52.45339 13.55031A067700700092 47. 111. 0.95249 63.06987 8.73503A067700700093 47. 113. 0. 0.07772 342.6254 26.80339A067700700094 47. 113. 0. 0.11393 353.1897 6.39486A067700700095 47. 113. 0. 0.33685 434.4613 22.35825A067700700096 47. 113. 0. 0.50762 370.4955 50.93671A067700700097 47. 113. 0. 0.63066 510.3999 53.63102A067700700098 47. 113. 0. 0.71775 571.3201 36.24189A067700700099 47. 113. 0. 0.77972 468.6365 51.3643A067700700100 47. 113. 0. 0.86477 665.9658 99.37118A067700700101 47. 113. 0. 0.95214 693.3614 7.45082A067700700102 48. 115. 0. 0.0827 287.0355 12.14775A067700700103 48. 115. 0. 0.10927 302.8786 7.63428A067700700104 48. 115. 0. 0.33288 347.3448 14.46058A067700700105 48. 115. 0. 0.50442 360.0837 3.72581A067700700106 48. 115. 0. 0.62814 433.0571 5.27805A067700700107 48. 115. 0. 0.71576 432.0863 16.23988A067700700108 48. 115. 0. 0.77813 496.7796 11.16405A067700700109 48. 115. 0. 0.86377 526.3976 7.71342A067700700110 48. 115. 0. 0.95177 614.5217 19.34688A067700700111 48. 117. 1. 0.0827 31.16036 5.45653A067700700112 48. 117. 1. 0.10927 32.99905 2.93128A067700700113 48. 117. 1. 0.33288 39.27537 2.45348A067700700114 48. 117. 1. 0.50442 42.47891 3.56775A067700700115 48. 117. 1. 0.62814 53.3101 3.4976A067700700116 48. 117. 1. 0.71576 54.6724 6.97763A067700700117 48. 117. 1. 0.77813 57.28896 9.33778A067700700118 48. 117. 1. 0.86377 56.12693 9.36218A067700700119 48. 117. 1. 0.95177 72.66304 5.42027A067700700120 51. 122. 0. 0.09138 182.5713 7.81086A067700700121 51. 122. 0. 0.10159 172.3009 7.54076A067700700122 51. 122. 0. 0.31768 219.1995 6.69588A067700700123 51. 122. 0. 0.4922 220.7774 5.39908A067700700124 51. 122. 0. 0.6185 261.2242 6.9282A067700700125 51. 122. 0. 0.70815 268.2382 7.67083A067700700126 51. 122. 0. 0.77206 291.3026 18.16806A067700700127 51. 122. 0. 0.85994 322.2825 15.87554A067700700128 51. 122. 0. 0.95038 366.9343 9.26351A067700700129 53. 126. 0.08006 18.47761 0.50555A067700700130 53. 126. 0.11358 17.04084 1.28754A067700700131 53. 126. 0.30801 22.6945 1.52408A067700700132 53. 126. 0.61235 27.46849 2.26771A067700700133 53. 126. 0.70329 26.85111 2.34959A067700700134 53. 126. 0.76819 31.67237 2.34828A067700700135 53. 126. 0.85749 32.70266 4.925A067700700136 53. 126. 0.94949 37.3638 6.30413A067700700137 53. 130. 0. 0.06775 187.5918 7.00892A067700700138 53. 130. 0. 0.12653 191.9227 27.78036A067700700139 53. 130. 0. 0.29751 217.7284 3.42184A067700700140 53. 130. 0. 0.47594 238.8967 13.04959A067700700141 53. 130. 0. 0.60566 285.7663 12.36164A067700700142 53. 130. 0. 0.698 270.4266 27.95237A067700700143 53. 130. 0. 0.76396 313.1966 37.35422A067700700144 53. 130. 0. 0.85482 317.5074 33.6074A067700700145 53. 130. 0. 0.94851 369.6537 47.40094A067700700146 53. 131. 0.0645 23.80071 1.82281A067700700147 53. 131. 0.12992 25.08598 2.09023A067700700148 53. 131. 0.29474 29.59041 1.99019A067700700149 53. 131. 0.47371 32.01893 2.77774A067700700150 53. 131. 0.60389 35.82133 2.00866A067700700151 53. 131. 0.6966 38.6837 4.98787A067700700152 53. 131. 0.76285 47.48382 2.34408A067700700153 53. 131. 0.85412 43.93143 1.66288A067700700154 53. 131. 0.94826 52.31568 6.48122A067700700155 55. 136. 0.04712 4.36237 0.14027A067700700156 55. 136. 0.14816 3.75666 0.31685A067700700157 55. 136. 0.27989 4.5957 0.19062A067700700158 55. 136. 0.46173 4.33633 0.74036A067700700159 55. 136. 0.59442 6.20085 0.50674A067700700160 55. 136. 0.68911 5.30757 0.64366A067700700161 55. 136. 0.75687 7.08746 0.39392A067700700162 55. 136. 0.85034 7.05927 0.77968A067700700163 55. 136. 0.94688 7.93253 3.39747A067700700164 ENDDATA 144 0 A067700700165 ENDSUBENT 164 0 A067700799999 ENDENTRY 7 0 A067799999999