ENTRY F0807 20070126 F026F080700000001 SUBENT F0807001 20070126 F026F080700100001 BIB 11 25 F080700100002 TITLE Excitation of energy levels of fissionable nucleus F080700100003 shape isomers in the doorway state in reactions with F080700100004 neutrons and deuterons. F080700100005 AUTHOR (V.I.Serov,M.F.Andreev,V.A.Zavgorodny) F080700100006 INSTITUTE (4RUSEPA) F080700100007 REFERENCE (C,2004SANTA,1,660,2004) F080700100008 (J,YF,35,1071,1982) Partly published data F080700100009 FACILITY (VDGT)EGP-10 tandem F080700100010 DETECTOR (D4PI) Detector consists of polyethylene cylinder F080700100011 (d=520 mm, l=420 mm) with a central channel (d=120) F080700100012 inside of which the target chamber is placed (for F080700100013 neutron detection). F080700100014 (SIBAR) Fission fragments were registered by F080700100015 semiconductor silicon detectors of surface-barrier typeF080700100016 DKPS-100, placed at 150 mm distance from the chamber F080700100017 centre. F080700100018 Protons were registered by semiconductor silicon F080700100019 detectors of surface-barrier type DKPS-50. F080700100020 METHOD (RELFY) F080700100021 COMMENT Description of experiment is presented by authors. F080700100022 ERR-ANALYS (E-ERR-DIG)Digitizing error F080700100023 (ERR-DIG)Digitizing error F080700100024 (DATA-ERR)Error from the graphic bars F080700100025 STATUS (APRVD) Entry was approved by authors F080700100026 HISTORY (20061127C) F080700100027 ENDBIB 25 0 F080700100028 NOCOMMON 0 0 F080700100029 ENDSUBENT 28 0 F080700199999 SUBENT F0807002 20070126 F026F080700200001 BIB 5 8 F080700200002 REACTION (92-U-233(D,P+F),PAR,SIG,,REL) F080700200003 PART-DET (P) F080700200004 (N) F080700200005 (FF) F080700200006 EN-SEC (E-EXC,92-U-234) F080700200007 SAMPLE Uranium oxides were evaporated in vacuum to the F080700200008 backing of aluminium oxide Al2O3 115 mg/cm2 thick. F080700200009 STATUS (CURVE)Fig.1 F080700200010 ENDBIB 8 0 F080700200011 COMMON 3 3 F080700200012 EN E-ERR-DIG ERR-DIG F080700200013 MEV MEV ARB-UNITS F080700200014 11.8 0.0056 0.0023 F080700200015 ENDCOMMON 3 0 F080700200016 DATA 3 42 F080700200017 E-EXC DATA DATA-ERR F080700200018 MEV ARB-UNITS ARB-UNITS F080700200019 4.9096 1.1774 0.23147 F080700200020 5.0496 1.8580 0.24520 F080700200021 5.1711 1.6196 0.13203 F080700200022 5.2978 1.7927 0.12345 F080700200023 5.4356 1.8492 0.99450E-01 F080700200024 5.5592 2.2229 0.12517 F080700200025 5.6842 1.8541 0.11488 F080700200026 5.8104 1.8798 0.89162E-01 F080700200027 5.9243 1.6276 0.80584E-01 F080700200028 6.0578 1.5573 0.56579E-01 F080700200029 6.1802 1.5726 0.58298E-01 F080700200030 6.3074 1.8863 0.56584E-01 F080700200031 6.4217 1.7748 0.72018E-01 F080700200032 6.5556 1.7815 0.70303E-01 F080700200033 6.6849 1.5740 0.58295E-01 F080700200034 6.8195 1.8259 0.54864E-01 F080700200035 6.9380 1.8293 0.58303E-01 F080700200036 7.0680 1.8172 0.58298E-01 F080700200037 7.1981 1.8583 0.65154E-01 F080700200038 7.3236 1.6713 0.53157E-01 F080700200039 7.4459 1.6678 0.58296E-01 F080700200040 7.5762 1.7431 0.61730E-01 F080700200041 7.7138 1.7259 0.61722E-01 F080700200042 7.8287 1.7961 0.65154E-01 F080700200043 7.9549 1.8286 0.73730E-01 F080700200044 8.0929 1.9211 0.68583E-01 F080700200045 8.2066 1.6295 0.68586E-01 F080700200046 8.3372 1.8078 0.94303E-01 F080700200047 8.4666 1.6328 0.60013E-01 F080700200048 8.5860 1.9122 0.90879E-01 F080700200049 8.7123 1.9395 0.80586E-01 F080700200050 8.8534 1.8554 0.92594E-01 F080700200051 8.9679 1.7782 0.94306E-01 F080700200052 9.1099 1.9564 0.94301E-01 F080700200053 9.2364 2.0335 0.10460 F080700200054 9.3509 1.9974 0.99447E-01 F080700200055 9.4843 1.8687 0.12517 F080700200056 9.6222 1.9595 0.12688 F080700200057 9.7285 1.7211 0.12688 F080700200058 9.8659 1.6661 0.13546 F080700200059 9.9967 1.8975 0.13374 F080700200060 10.111 1.6848 0.14060 F080700200061 ENDDATA 44 0 F080700200062 ENDSUBENT 61 0 F080700299999 SUBENT F0807003 20070126 F026F080700300001 BIB 5 11 F080700300002 REACTION (94-PU-239(D,P+F),PAR,SIG,,REL) F080700300003 PART-DET (P) F080700300004 (N) F080700300005 (FF) F080700300006 EN-SEC (E-EXC,94-PU-240) F080700300007 SAMPLE A target used was made of plutonium oxide F080700300008 electrolytically deposited on a 1 mu-m thick aluminum F080700300009 foil.The best conditions were in the measurements usingF080700300010 a thin absorber of lead with a thickness of 1.6 mm in F080700300011 front of the scintillation detector. F080700300012 STATUS (CURVE)Fig.2 F080700300013 ENDBIB 11 0 F080700300014 COMMON 3 3 F080700300015 EN E-ERR-DIG ERR-DIG F080700300016 MEV MEV ARB-UNITS F080700300017 12.4 0.0058 0.0013 F080700300018 ENDCOMMON 3 0 F080700300019 DATA 3 25 F080700300020 E-EXC DATA DATA-ERR F080700300021 MEV ARB-UNITS ARB-UNITS F080700300022 5.3392 0.94497 0.67516E-01 F080700300023 5.4823 0.91720 0.72119E-01 F080700300024 5.6324 0.72217 0.68279E-01 F080700300025 5.7657 0.75579 0.63684E-01 F080700300026 5.9108 0.99808 0.60611E-01 F080700300027 6.0619 0.95266 0.52935E-01 F080700300028 6.2003 0.84510 0.51402E-01 F080700300029 6.3452 1.0567 0.59846E-01 F080700300030 6.4836 0.95222 0.52934E-01 F080700300031 6.6220 0.84006 0.34523E-01 F080700300032 6.7628 0.77700 0.37596E-01 F080700300033 6.9007 0.88350 0.49868E-01 F080700300034 7.0482 0.89179 0.49103E-01 F080700300035 7.1917 0.91542 0.49098E-01 F080700300036 7.3309 0.91451 0.56008E-01 F080700300037 7.4825 0.93891 0.53704E-01 F080700300038 7.6231 0.83902 0.52934E-01 F080700300039 7.7612 0.96624 0.55236E-01 F080700300040 7.9036 0.85407 0.56005E-01 F080700300041 8.0388 0.86160 0.58307E-01 F080700300042 8.1790 0.99726 0.67512E-01 F080700300043 8.3178 0.94034 0.61378E-01 F080700300044 8.4696 0.98928 0.69818E-01 F080700300045 8.6055 1.0850 0.80559E-01 F080700300046 8.7485 1.0573 0.79794E-01 F080700300047 ENDDATA 27 0 F080700300048 ENDSUBENT 47 0 F080700399999 ENDENTRY 3 0 F080799999999