ENTRY F1507 20240418 F099F1507 0 1 SUBENT F1507001 20240418 F099F1507 1 1 BIB 8 13 F1507 1 2 TITLE Production of evaporation residues in the 16O+208Pb andF1507 1 3 48Ca+176Yb reactions F1507 1 4 AUTHOR (R.N.Sagaidak,M.L.Chelnokov,V.I.Chepigin,V.A.Gorshkov, F1507 1 5 O.N.Malyshev,A.G.Popeko,A.I.Svirikhin,A.V.Yeremin) F1507 1 6 REFERENCE (J,PR/C,105,024604,2022) F1507 1 7 INSTITUTE (4ZZZDUB) F1507 1 8 FACILITY (CYCLO,4ZZZDUB) Recoil separator VASSILISSA installed F1507 1 9 in the beam line of the U400 cyclotron at the FLNR, F1507 1 10 JINR was used. F1507 1 11 METHOD (EDEG,REC,ASPEC,BCINT) F1507 1 12 ERR-ANALYS (ERR-1) The overall systematic uncertainty due to the F1507 1 13 normalization. F1507 1 14 HISTORY (20240418C) F1507 1 15 ENDBIB 13 0 F1507 1 16 COMMON 1 3 F1507 1 17 ERR-1 F1507 1 18 PER-CENT F1507 1 19 40. F1507 1 20 ENDCOMMON 3 0 F1507 1 21 ENDSUBENT 20 0 F1507 199999 SUBENT F1507002 20240418 F099F1507 2 1 BIB 6 16 F1507 2 2 REACTION (82-PB-208(8-O-16,FUS),,SIG,ER) F1507 2 3 INC-SOURCE Beam intensity was up to 0.5 p mu-A. F1507 2 4 DETECTOR (SISD) Two Si(Au) detectors placed at 30 degrees to F1507 2 5 the beam axis were used for the measurements. F1507 2 6 (PS) The alpha activity of the evaporation residues F1507 2 7 was registered by a 40x35 mm2 position-sensitive PIPS F1507 2 8 detector consisting of eight strips. F1507 2 9 SAMPLE (82-PB-208,ENR=0.982) The 208Pb target of the F1507 2 10 0.36 +-0.04 mg/cm2 thickness was prepared by F1507 2 11 evaporating a metal onto 0.81+-0.02 mg/cm2 Al backing. F1507 2 12 ERR-ANALYS Digitizing error of compound nucleus energy F1507 2 13 is 0.056 MeV F1507 2 14 (DATA-ERR) Errors from the graphic bars consider F1507 2 15 statistical and systematical uncertainties F1507 2 16 STATUS (CURVE,,R.N.Sagaidak+,J,PR/C,105,024604,2022) Fig. 1 F1507 2 17 left F1507 2 18 ENDBIB 16 0 F1507 2 19 COMMON 1 3 F1507 2 20 ERR-DIG F1507 2 21 PER-CENT F1507 2 22 1.8 F1507 2 23 ENDCOMMON 3 0 F1507 2 24 DATA 3 6 F1507 2 25 E-EXC-CMP DATA DATA-ERR F1507 2 26 MEV MB MB F1507 2 27 17.970 2.5265E-05 1.4761E-05 F1507 2 28 21.391 1.6538E-03 6.6693E-04 F1507 2 29 26.902 1.2900E+00 5.5894E-01 F1507 2 30 28.232 5.4743E+00 2.3719E+00 F1507 2 31 30.319 8.2718E+00 3.8199E+00 F1507 2 32 34.494 1.6176E+01 7.0090E+00 F1507 2 33 ENDDATA 8 0 F1507 2 34 ENDSUBENT 33 0 F1507 299999 SUBENT F1507003 20240418 F099F1507 3 1 BIB 7 18 F1507 3 2 REACTION (70-YB-176(20-CA-48,FUS),,SIG,ER) F1507 3 3 INC-SOURCE Beam intensity was 0.04 p mu-A. F1507 3 4 METHOD (TOF) F1507 3 5 DETECTOR (SISD) A detector system, consisting of a time-of- F1507 3 6 flight detector and Si-detector array with five F1507 3 7 identical 16-strip wafers, each with an active area F1507 3 8 of 60x60 mm2, was installed in the separator's focal F1507 3 9 plane. Two different configurations of the separator F1507 3 10 were used. The second configuration used a 32-strip F1507 3 11 Si-detector array of 60x120 mm2 in size as a stop F1507 3 12 detector. F1507 3 13 SAMPLE (70-YB-176,ENR=0.964) The Yb target of 0.29 mg/cm2 F1507 3 14 thickness was prepared on the 0.987 mg/cm2 Ti backing. F1507 3 15 ERR-ANALYS Digitizing error of compound nucleus energy F1507 3 16 is 0.050 MeV F1507 3 17 (ERR-S) Statistical error F1507 3 18 STATUS (CURVE,,R.N.Sagaidak+,J,PR/C,105,024604,2022) Fig. 1 F1507 3 19 right F1507 3 20 ENDBIB 18 0 F1507 3 21 COMMON 1 3 F1507 3 22 ERR-DIG F1507 3 23 PER-CENT F1507 3 24 1.6 F1507 3 25 ENDCOMMON 3 0 F1507 3 26 DATA 4 9 F1507 3 27 E-EXC-CMP E-EXC-C-ER DATA ERR-S F1507 3 28 MEV MEV MB MB F1507 3 29 20.820 1.363 3.8125E-05 1.9808E-05 F1507 3 30 25.085 1.192 5.6669E-03 1.8227E-03 F1507 3 31 29.177 1.363 7.5301E-02 3.0418E-02 F1507 3 32 31.904 0.852 2.2125E-01 7.7495E-02 F1507 3 33 35.312 0.852 3.5543E-01 1.0370E-01 F1507 3 34 37.186 1.533 3.8739E-01 1.1302E-01 F1507 3 35 45.363 1.533 4.8029E-01 1.4012E-01 F1507 3 36 50.984 1.704 3.2567E-01 9.5014E-02 F1507 3 37 57.798 1.533 2.1149E-01 6.8023E-02 F1507 3 38 ENDDATA 11 0 F1507 3 39 ENDSUBENT 38 0 F1507 399999 ENDENTRY 3 0 F150799999999