ENTRY A0028 20240927 A119A0028000 1 SUBENT A0028001 20240927 A119A0028001 1 BIB 13 50 A0028001 2 TITLE Energy dependence of the cross sections for fission A0028001 3 and nuclear transfer in interaction of 232Th with A0028001 4 accelerated 74Ge ions A0028001 5 AUTHOR (Ju.Ts.Oganesyan, D.M.Nadkarni, Ju.E.Penionzhkevich, A0028001 6 B.I.Pustyl'nik, Nguen Tak An) A0028001 7 REFERENCE (J,SNP,19,244,1974) English translation A0028001 8 (J,YF,19,486,1974) see explanation below A0028001 9 (R,JINR-P7-7391,1973) these papers are identical A0028001 10 INSTITUTE (4ZZZDUB,3INDTRM) A0028001 11 FACILITY (CYCTM,4ZZZDUB) A0028001 12 METHOD (CHSEP,SITA,EDEG,INTB,MOSEP). Emax=600+-15 MeV. A0028001 13 Beam intensity=approx.5. x 10**10 part/sec. A0028001 14 MONITOR (32-GE-74(6-C-12,3N)38-SR-83,,SIG) A0028001 15 DETECTOR (GELI) Resolution 2.0 keV at E=250 keV. A0028001 16 SAMPLE The rotating target(metallic thorium) was separated A0028001 17 into six parts. Target is foil, thickness=30.0 um A0028001 18 part 1-no stopping foil, E(Ge)=600 MeV. A0028001 19 part 2-aluminium stopping foil, A0028001 20 4.06 mg/cm**2,E(Ge)= 500 MeV. A0028001 21 part 3-aluminium stopping foil, A0028001 22 5.45 mg/cm**2,E(Ge)=470 MeV. A0028001 23 part 4-aluminium stopping foil, A0028001 24 6.30 mg/cm**2,E(Ge)=450 MeV. A0028001 25 part 5-aluminium stopping foil, A0028001 26 7.16 mg/cm**2,E(Ge)=420 MeV. A0028001 27 part 6-aluminium stopping foil, A0028001 28 7.90 mg/cm**2,E(Ge)=405 MeV. A0028001 29 ERR-ANALYS (ERR-1,,5.) The chemical yield was determined with an A0028001 30 accuracy of 5% or better on the basis of a control A0028001 31 activity which was introduced before the radiochemical A0028001 32 separation. A0028001 33 (ERR-2,,15.) The relative error in the yield A0028001 34 determination of the individual isotopes was no A0028001 35 greater than 15%. A0028001 36 (DATA-ERR) Error from error bars. No information A0028001 37 about source of uncertainties A0028001 38 COMMENT *By authors* Ions energy for each part of target was A0028001 39 calculated by means of tables of stopping power. See A0028001 40 REL-REF. The cross-section of monitor reaction was A0028001 41 determined by special experiments. A0028001 42 REL-REF (M,,L.C.Northcliffe+,J,ND/A,7,233,1970) See COMMENT A0028001 43 HISTORY (19780908C) A0028001 44 (19800716A) A0028001 45 (20080609A) BIB section was updated A0028001 46 Corrections were made according to new EXFOR rules. A0028001 47 (20180523A) SD: REACTION code was updated according to A0028001 48 MEMO CP-D/933rev. in Subents 002-004. BIB was updated. A0028001 49 (20210120A) SD: Corrections in Subents 002, 003. A0028001 50 (20240927A) SD: Corrections in all Subents. Subent 004 A0028001 51 was split according to EXFOR rules. A0028001 52 ENDBIB 50 0 A0028001 53 NOCOMMON 0 0 A0028001 54 ENDSUBENT 53 0 A002800199999 SUBENT A0028002 20240927 A119A0028002 1 BIB 4 14 A0028002 2 REACTION (90-TH-232(32-GE-74,F)ELEM/MASS,CUM,FY,,REL) A0028002 3 No explanation of relative units is given. A0028002 4 DECAY-DATA (79-AU-192-G,5.03HR,DG,612.,0.067) A0028002 5 (79-AU-193-G,15.8HR,DG,186.,0.1) A0028002 6 (79-AU-194-G,1.65D,DG,328.,0.59) A0028002 7 (79-AU-196-G,6.18D,DG,356.,0.88) A0028002 8 (79-AU-198-G,2.69D,DG,412.,0.947) A0028002 9 (79-AU-199,3.13D,DG,158.,0.394) A0028002 10 STATUS (CURVE,,Ju.Ts.Oganesyan+,R,JINR-P7-7391,1973) fig.1 A0028002 11 (APRVD) By Ju.E.Penionzhkevich. A0028002 12 HISTORY (20180522A) SD: SF6=TTY -> SIG in REACTION code. A0028002 13 Data were re-digitized. A0028002 14 (20210120A) SD: SF6=SIG -> FY in REACTION code. A0028002 15 (20240927U) SD: STATUS updated. DATA-ERR2 -> DATA-ERR. A0028002 16 ENDBIB 14 0 A0028002 17 COMMON 2 3 A0028002 18 ELEMENT ERR-DIG A0028002 19 NO-DIM PER-CENT A0028002 20 79. 2. A0028002 21 ENDCOMMON 3 0 A0028002 22 DATA 4 27 A0028002 23 EN MASS DATA DATA-ERR A0028002 24 MEV NO-DIM ARB-UNITS ARB-UNITS A0028002 25 420. 194. 38. 14. A0028002 26 420. 196. 98. 42. A0028002 27 420. 198. 107. 31. A0028002 28 420. 199. 117. 45. A0028002 29 450. 192. 84. 22. A0028002 30 450. 194. 553. 170. A0028002 31 450. 196. 901. 268. A0028002 32 450. 198. 228. 66. A0028002 33 450. 199. 215. 59. A0028002 34 470. 192. 1532. 396. A0028002 35 470. 193. 1995. 535. A0028002 36 470. 194. 1730. 429. A0028002 37 470. 196. 1198. 374. A0028002 38 470. 198. 482. 101. A0028002 39 470. 199. 135. 31. A0028002 40 500. 192. 3806. 1096. A0028002 41 500. 193. 5380. 1652. A0028002 42 500. 194. 5270. 1415. A0028002 43 500. 196. 3410. 982. A0028002 44 500. 198. 808. 149. A0028002 45 500. 199. 185. 36. A0028002 46 600. 192. 10832. 3223. A0028002 47 600. 193. 12154. 3499. A0028002 48 600. 194. 10537. 2932. A0028002 49 600. 196. 7201. 1788. A0028002 50 600. 198. 1752. 470. A0028002 51 600. 199. 681. 209. A0028002 52 ENDDATA 29 0 A0028002 53 ENDSUBENT 52 0 A002800299999 SUBENT A0028003 20240927 A119A0028003 1 BIB 5 13 A0028003 2 REACTION (90-TH-232(32-GE-74,F)ELEM,CUM,FY,,REL) A0028003 3 No explanation of relative units is given. A0028003 4 COMMENT *By compiler*. The radioactive isotopes were accepted A0028003 5 only. A0028003 6 STATUS (CURVE,,Ju.Ts.Oganesyan+,R,JINR-P7-7391,1973) fig.2 A0028003 7 (DEP,A0027002) The sum yield of gold isotopes A0028003 8 was determined from the data of the Subent 002. A0028003 9 (APRVD) By Ju.E.Penionzhkevich. A0028003 10 ADD-RES (COMP) A0028003 11 HISTORY (20180522A) SD: SF6=TTY -> SIG in REACTION code. A0028003 12 Data were re-digitized. A0028003 13 (20210120A) SD: SF6=SIG -> FY in REACTION code. A0028003 14 (20240927U) SD: STATUS updated. DATA-ERR2 -> DATA-ERR. A0028003 15 ENDBIB 13 0 A0028003 16 COMMON 2 3 A0028003 17 ELEMENT ERR-DIG A0028003 18 NO-DIM PER-CENT A0028003 19 79. 0.6 A0028003 20 ENDCOMMON 3 0 A0028003 21 DATA 4 6 A0028003 22 EN DATA DATA-MAX DATA-ERR A0028003 23 MEV ARB-UNITS ARB-UNITS ARB-UNITS A0028003 24 405. 0.21 A0028003 25 420. 8.06 1.34 A0028003 26 450. 46.74 8.08 A0028003 27 470. 125.8 22.6 A0028003 28 500. 311.7 45.2 A0028003 29 600. 1082.4 215.5 A0028003 30 ENDDATA 8 0 A0028003 31 ENDSUBENT 30 0 A002800399999 SUBENT A0028004 20240927 A119A0028004 1 BIB 5 9 A0028004 2 REACTION (90-TH-232(32-GE-74,X)91-PA-232,CUM,SIG,,REL) A0028004 3 No explanation of relative units is given. A0028004 4 ADD-RES Calculation of effective interaction radius A0028004 5 DECAY-DATA (91-PA-232,1.31D,DG,969.,0.446) A0028004 6 STATUS (CURVE,,Ju.Ts.Oganesyan+,R,JINR-P7-7391,1973) fig.2 A0028004 7 HISTORY (20180522A) SD: SF6=TTY -> SIG in REACTION code. A0028004 8 Data were re-digitized. A0028004 9 (20240927A) SD: Subent was split in four (see A0028004 10 Subents 005-007). DATA-ERR2 -> DATA-ERR. A0028004 11 ENDBIB 9 0 A0028004 12 COMMON 1 3 A0028004 13 ERR-DIG A0028004 14 PER-CENT A0028004 15 0.6 A0028004 16 ENDCOMMON 3 0 A0028004 17 DATA 3 6 A0028004 18 EN DATA DATA-ERR A0028004 19 MEV ARB-UNITS ARB-UNITS A0028004 20 405. 17.1 2.5 A0028004 21 420. 35.0 6.5 A0028004 22 450. 129.0 19.4 A0028004 23 470. 201.3 30.6 A0028004 24 500. 361.6 39.5 A0028004 25 600. 597.5 73.9 A0028004 26 ENDDATA 8 0 A0028004 27 ENDSUBENT 26 0 A002800499999 SUBENT A0028005 20240927 A119A0028005 1 BIB 5 6 A0028005 2 REACTION (90-TH-232(32-GE-74,X)92-U-230,CUM,SIG,,REL) A0028005 3 No explanation of relative units is given. A0028005 4 ADD-RES Calculation of effective interaction radius A0028005 5 DECAY-DATA (92-U-230,20.8D,DG,72.,0.0054) A0028005 6 STATUS (CURVE,,Ju.Ts.Oganesyan+,R,JINR-P7-7391,1973) fig.2 A0028005 7 HISTORY (20240927T) SD: Part of Subent 004. A0028005 8 ENDBIB 6 0 A0028005 9 COMMON 1 3 A0028005 10 ERR-DIG A0028005 11 PER-CENT A0028005 12 0.6 A0028005 13 ENDCOMMON 3 0 A0028005 14 DATA 3 6 A0028005 15 EN DATA DATA-ERR A0028005 16 MEV ARB-UNITS ARB-UNITS A0028005 17 405. 18.6 3.3 A0028005 18 420. 42.3 4.0 A0028005 19 450. 108.5 15.7 A0028005 20 470. 211.6 33.7 A0028005 21 500. 396.0 46.1 A0028005 22 600. 752.8 87.7 A0028005 23 ENDDATA 8 0 A0028005 24 ENDSUBENT 23 0 A002800599999 SUBENT A0028006 20240927 A119A0028006 1 BIB 5 6 A0028006 2 REACTION (90-TH-232(32-GE-74,X)90-TH-231,CUM,SIG,,REL) A0028006 3 No explanation of relative units is given. A0028006 4 ADD-RES Calculation of effective interaction radius A0028006 5 DECAY-DATA (90-TH-231,25.5HR,DG,89.,0.011) A0028006 6 STATUS (CURVE,,Ju.Ts.Oganesyan+,R,JINR-P7-7391,1973) fig.2 A0028006 7 HISTORY (20240927T) SD: Part of Subent 004. A0028006 8 ENDBIB 6 0 A0028006 9 COMMON 1 3 A0028006 10 ERR-DIG A0028006 11 PER-CENT A0028006 12 0.6 A0028006 13 ENDCOMMON 3 0 A0028006 14 DATA 3 6 A0028006 15 EN DATA DATA-ERR A0028006 16 MEV ARB-UNITS ARB-UNITS A0028006 17 405. 19.7 2.2 A0028006 18 420. 40.6 4.1 A0028006 19 450. 118.8 13.0 A0028006 20 470. 253.7 40.6 A0028006 21 500. 426.5 68.3 A0028006 22 600. 638.3 90.1 A0028006 23 ENDDATA 8 0 A0028006 24 ENDSUBENT 23 0 A002800699999 SUBENT A0028007 20240927 A119A0028007 1 BIB 5 6 A0028007 2 REACTION (90-TH-232(32-GE-74,X)90-TH-227,CUM,SIG,,REL) A0028007 3 No explanation of relative units is given. A0028007 4 ADD-RES Calculation of effective interaction radius A0028007 5 DECAY-DATA (90-TH-227,18.2D,DG,334.,0.011) A0028007 6 STATUS (CURVE,,Ju.Ts.Oganesyan+,R,JINR-P7-7391,1973) fig.2 A0028007 7 HISTORY (20240927T) SD: Part of Subent 004. A0028007 8 ENDBIB 6 0 A0028007 9 COMMON 1 3 A0028007 10 ERR-DIG A0028007 11 PER-CENT A0028007 12 0.6 A0028007 13 ENDCOMMON 3 0 A0028007 14 DATA 3 6 A0028007 15 EN DATA DATA-ERR A0028007 16 MEV ARB-UNITS ARB-UNITS A0028007 17 405. 19.5 2.4 A0028007 18 420. 52.0 3.6 A0028007 19 450. 149.6 18.3 A0028007 20 470. 235.5 26.7 A0028007 21 500. 399.3 83.5 A0028007 22 600. 964.3 112.3 A0028007 23 ENDDATA 8 0 A0028007 24 ENDSUBENT 23 0 A002800799999 ENDENTRY 7 0 A002899999999