ENTRY D5131 20161213 D108D513100000001 SUBENT D5131001 20161213 D108D513100100001 BIB 12 31 D513100100002 TITLE High-lying 6Li levels at excitation energy of around D513100100003 21 MeV D513100100004 AUTHOR (O.Povoroznyk,O.K.Gorpinich,O.O.Jachmenjov, D513100100005 H.V.Mokhnach, O.Ponkratenko,G.Mandaglio,F.Curciarello, D513100100006 V.De Leo,G.Fazio, G.Giardina) D513100100007 INSTITUTE (4UKRIJD,2ITYMES,2ITYCAT) D513100100008 REFERENCE (J,JPJ,80,094204,2011) D513100100009 #doi:10.1143/JPSJ.80.094204 D513100100010 #NSR: 2011PO10 D513100100011 FACILITY (ISOCY,4UKRIJD)Isochronous cyclotron U-240 D513100100012 DETECTOR (TELES,SIBAR,SILI) The first telescope was placed at D513100100013 the right-hand side and consisted of deltaE(490 micro-mD513100100014 thick totally depleted silicon surface barrier D513100100015 detector) and E (Si(Li) with 3 mm) detectors. D513100100016 (TELES,SIBAR,NAICR) The second telescope was placed at D513100100017 the left-hand side and consisted of deltaE(400 micro-m D513100100018 silicon surface barrier detector) and E (NaI(Tl) with D513100100019 20 mm x 20 mm) detectors. D513100100020 SAMPLE The target made of titanium backing (2.6 mg/cm2 thick) D513100100021 saturated with tritium (equivalent to the thickness of D513100100022 about 0.15 mg/cm2) D513100100023 ADD-RES (STRUC) Energy and width of the excited states of 6Li D513100100024 were obtained with the spectra shape analysis by using D513100100025 the Breit-Wigner formula: D513100100026 E1=21.3 (+0.3, -0.2) MeV, Wid1=0.3 (+0.2, -0.1) MeV. D513100100027 E2=21.9+-0.40 MeV, Wid2=0.4+-0.2 MeV. D513100100028 CORRECTION Corrected for background. D513100100029 ERR-ANALYS (ERR-S) Statistical error D513100100030 METHOD (EXTB,EDE) D513100100031 HISTORY (20161213C)UKRNDC D513100100032 (20161213R)Data were obtained from O.Povoroznyk. D513100100033 ENDBIB 31 0 D513100100034 COMMON 2 3 D513100100035 EN EN-RSL D513100100036 MEV MEV D513100100037 67.2 0.4 D513100100038 ENDCOMMON 3 0 D513100100039 ENDSUBENT 38 0 D513100199999 SUBENT D5131002 20161213 D108D513100200001 BIB 3 5 D513100200002 REACTION (1-H-3(A,N+T)2-HE-3,,DA/DA/DE,T/HE3/HE3,REL) D513100200003 ANG1 is angle between incident beam and triton, D513100200004 ANG2 is angle between incident beam and HE-3. D513100200005 EN-SEC (E,HE3) D513100200006 STATUS (TABLE) Correspond to figure 6. D513100200007 ENDBIB 5 0 D513100200008 COMMON 2 3 D513100200009 ANG1 ANG2 D513100200010 ADEG ADEG D513100200011 21.0 20.0 D513100200012 ENDCOMMON 3 0 D513100200013 DATA 3 33 D513100200014 E DATA ERR-S D513100200015 MEV ARB-UNITS ARB-UNITS D513100200016 8.85 1.70 1.3038 D513100200017 9.55 10.80 3.2863 D513100200018 10.25 23.60 4.8580 D513100200019 10.95 44.80 6.6933 D513100200020 11.65 25.60 5.0596 D513100200021 12.35 16.50 4.0620 D513100200022 13.05 13.60 3.6878 D513100200023 13.75 5.30 2.3022 D513100200024 14.45 4.70 2.1680 D513100200025 15.15 8.00 2.8284 D513100200026 15.85 14.50 3.8079 D513100200027 16.55 12.00 3.4641 D513100200028 17.25 7.20 2.6833 D513100200029 17.95 11.20 3.3466 D513100200030 18.65 12.60 3.5497 D513100200031 19.35 12.20 3.4929 D513100200032 20.05 13.60 3.6878 D513100200033 20.75 13.00 3.6056 D513100200034 21.45 12.20 3.4929 D513100200035 22.15 7.40 2.7203 D513100200036 22.85 7.80 2.7929 D513100200037 23.55 12.10 3.4785 D513100200038 24.25 14.80 3.8471 D513100200039 24.95 22.50 4.7434 D513100200040 25.65 13.80 3.7148 D513100200041 26.35 7.80 2.7929 D513100200042 27.05 7.90 2.8107 D513100200043 27.75 13.10 3.6194 D513100200044 28.45 12.00 3.4641 D513100200045 29.15 6.60 2.5691 D513100200046 29.85 6.70 2.5884 D513100200047 30.55 3.70 1.9235 D513100200048 31.25 1.20 1.0955 D513100200049 ENDDATA 35 0 D513100200050 ENDSUBENT 49 0 D513100299999 ENDENTRY 2 0 D513199999999