ENTRY A0733 20190708 A092A073300000001 SUBENT A0733001 20190708 A092A073300100001 BIB 11 38 A073300100002 TITLE T=5/2 states in Li-9: isobaric analog states of He-9. A073300100003 AUTHOR (G.V.Rogachev, V.Z.Goldberg, J.J.Kolata, G.Chubarian, A073300100004 D.Aleksandrov, A.Fomichev, M.S.Golovkov, A073300100005 Yu.Ts.oganessian, A.Rodin, B.Skorodumov, R.S.Slepnev, A073300100006 G.Ter-Akopian, W.H.Trzaska, R.Wolski) A073300100007 INSTITUTE (1USANOT) A073300100008 (4RUSKUR) A073300100009 (1USATAM) A073300100010 (4ZZZDUB) A073300100011 (2SF JYV) A073300100012 (3POLIFJ) A073300100013 REFERENCE (J,PR/C,67,041603,2003) A073300100014 (J,NP/A,734,349,2004) same data A073300100015 METHOD (TTM) The method of inverse kinematics using a A073300100016 very thick target A073300100017 (EDE) A073300100018 (TOF) A073300100019 FACILITY (ACCEL,4ZZZDUB) A073300100020 DETECTOR (MAGSP) The spectrometer ACCULINNA was used to separateA073300100021 He-8 from all other reaction products. A073300100022 (SCIN) Two thin plastic detectors in the flight path, A073300100023 upstream of the experimental area, provided an event- A073300100024 by-event identification of the incoming particles. A073300100025 (TELES,SI,IOCH) the scattering of He-8 on proton was A073300100026 performed in a 50-cm scattering chamber filled with A073300100027 methane gas. The gas pressure was adjusted to stop the A073300100028 He-8 beam in front of a delta E-E telescope. The A073300100029 working gas of the ionization chamber was the methane A073300100030 gas of the scattering chamber. A073300100031 INC-SOURCE The experiment was performed with radioactive beams of A073300100032 He-8 at laboratory energy of 51 and 59 MeV. A073300100033 A primary beam of 32 MeV/A B-11 ions was incident on a A073300100034 very thick beryllium target. A073300100035 SAMPLE The chamber was filled with methane gas. A073300100036 STATUS (CURVE).By CAJAD. Fig.3 from Phys.Rev.,C67(2003)041603 A073300100037 HISTORY (20080818C) SB A073300100038 (20190708A) SD: NP/A,734,349 added. Correction A073300100039 according to EXFOR rules in Subent 002. A073300100040 ENDBIB 38 0 A073300100041 COMMON 2 3 A073300100042 EN-MIN EN-MAX A073300100043 MEV MEV A073300100044 51. 59. A073300100045 ENDCOMMON 3 0 A073300100046 ENDSUBENT 45 0 A073300199999 SUBENT A0733002 20080827 A064A073300200001 BIB 4 11 A073300200002 REACTION (1-H-1(2-HE-8,EL)1-H-1,,DA) fig 3 A073300200003 COMMENT *By authors*.The thick target inverse kinematic method A073300200004 was applied to the study of isobaric analog state in A073300200005 the neutron-rich nucleus Li-9. For this purpose, an A073300200006 excitation function for He-8+p elastic scattering was A073300200007 measured in the center-of-momentum energy range from A073300200008 1.6 to 5.8 MeV. Three T=5/2 states in Li-9(isobaric A073300200009 analogs of He-9) were observed. A073300200010 MISC-COL (MISC).Li-9 Excitation energy A073300200011 ERR-ANALYS (DATA-ERR).The error is reported by authors on fig. A073300200012 (E-EXC-ERR).Digitizing error of excitation energy. A073300200013 ENDBIB 11 0 A073300200014 COMMON 2 3 A073300200015 ANG E-EXC-ERR A073300200016 ADEG MEV A073300200017 0. 0.02 A073300200018 ENDCOMMON 3 0 A073300200019 DATA 3 34 A073300200020 DATA DATA-ERR MISC A073300200021 MB/SR MB/SR MEV A073300200022 14.00000 1.60000 15.50000 A073300200023 14.20000 1.60000 15.62000 A073300200024 11.70000 1.40000 15.72000 A073300200025 10.90000 1.40000 15.85000 A073300200026 11.00000 1.50000 15.93000 A073300200027 9.20000 1.40000 16.07000 A073300200028 7.00000 1.10000 16.19000 A073300200029 10.80000 1.60000 16.31000 A073300200030 9.40000 1.40000 16.42000 A073300200031 9.70000 1.60000 16.55000 A073300200032 12.60000 1.90000 16.67000 A073300200033 12.40000 1.90000 16.78000 A073300200034 10.00000 1.80000 16.91000 A073300200035 12.80000 2.10000 17.05000 A073300200036 14.00000 2.30000 17.17000 A073300200037 11.90000 2.10000 17.27000 A073300200038 12.60000 2.40000 17.41000 A073300200039 14.20000 2.50000 17.55000 A073300200040 12.80000 2.50000 17.67000 A073300200041 11.30000 2.40000 17.81000 A073300200042 10.20000 2.40000 17.93000 A073300200043 11.70000 2.60000 18.05000 A073300200044 13.00000 3.00000 18.18000 A073300200045 17.00000 4.00000 18.25000 A073300200046 8.40000 2.40000 18.37000 A073300200047 8.90000 2.60000 18.50000 A073300200048 14.00000 3.00000 18.62000 A073300200049 12.00000 3.00000 18.75000 A073300200050 6.10000 2.40000 18.87000 A073300200051 3.00000 1.70000 19.00000 A073300200052 3.10000 1.60000 19.12000 A073300200053 3.70000 1.90000 19.25000 A073300200054 4.90000 2.20000 19.37000 A073300200055 8.00000 5.00000 19.51000 A073300200056 ENDDATA 36 0 A073300200057 ENDSUBENT 56 0 A073300299999 ENDENTRY 2 0 A073399999999