ENTRY D5025 20210929 D132D502500000001 SUBENT D5025001 20210929 D132D502500100001 BIB 12 34 D502500100002 TITLE Investigation of excited levels of 6Li nucleus from theD502500100003 three-particle 3H(alpha,d+alpha)n reaction D502500100004 AUTHOR (O.K.Gorpinich, O.M.Povoroznyk,O.O.Yachmenov) D502500100005 INSTITUTE (4UKRIJD) D502500100006 REFERENCE (J,UFZ,49,(1),16,2004) D502500100007 (J,UJP,49,16,2004) English transl. of UFZ,49,16,2004 D502500100008 FACILITY (CYCLO,4UKRIJD)Isochronous cyclotron U-240 D502500100009 SAMPLE Solid titanium-tritium target thick 2.7 mg/cm2 D502500100010 saturated by tritium in ratio 1:1 D502500100011 DETECTOR (TELES)Four deltaE-E telescopes are used D502500100012 simultaneously, two ones located on left side, two - onD502500100013 right side to beam direction. D502500100014 (TELES,SIBAR,NAICR)Silicium surface barrier detector D502500100015 thick 400 micro-m and full-absorption detector on basisD502500100016 NaJ(Tl)diameter 20mm and height 20mm ,for single-chargeD502500100017 product registration. D502500100018 (TELES,SI)For double-charge particle registration two D502500100019 silicon E-detectors with thicknesses 100 micro-m and D502500100020 3 mm were used. Coincidence between the pair of D502500100021 telescopes registered with resolution time 10**(-7) s. D502500100022 CORRECTION Corrected for background. D502500100023 ERR-ANALYS (ERR-S) Statistical error D502500100024 METHOD (EXTB,EDE) D502500100025 ADD-RES (STRUC)Energy and width of the excited states of D502500100026 6Li were obtained by the proton spectra shape analysis D502500100027 using standard disintegration procedure and chi-square D502500100028 fitting to Gaussian shape of observed peaks. Averaged D502500100029 on 3 angle measurements, these values were determined: D502500100030 E=(8.81+-0.13) MeV, width=(1.84+-0.71)MeV; D502500100031 E=(11.3+-0.38) MeV, width=(1.28+-1.09)MeV; D502500100032 E=(13.51+-0.38) MeV, width=(1.45+-1.52)MeV. D502500100033 HISTORY (20061123C)UKRNDC D502500100034 (20160517A) VS. Ref. UJP,49,16,2004 added. D502500100035 (20210927U) VS. SF7 corrected and ANG-SEC added in 002.D502500100036 ENDBIB 34 0 D502500100037 COMMON 2 3 D502500100038 EN EN-ERR D502500100039 MEV MEV D502500100040 67.2 0.4 D502500100041 ENDCOMMON 3 0 D502500100042 ENDSUBENT 41 0 D502500199999 SUBENT D5025002 20210929 D132D502500200001 BIB 5 7 D502500200002 REACTION (1-H-3(A,N+D)2-HE-4,,DA/DA/DE,D/A/D,REL) D502500200003 ANG-SEC (ANG1,A) D502500200004 (ANG2,D) D502500200005 ADD-RES (STRUC) D502500200006 STATUS (APRVD,TABLE) Correspond to figure 3. D502500200007 HISTORY (20210927U) VS. SF7: the first and second particles D502500200008 swapped c.f. Memo CP-D/1014 and ANG-SEC added. D502500200009 ENDBIB 7 0 D502500200010 COMMON 2 3 D502500200011 ANG1 ANG2 D502500200012 ADEG ADEG D502500200013 15.0 27.5 D502500200014 ENDCOMMON 3 0 D502500200015 DATA 3 26 D502500200016 E DATA ERR-S D502500200017 MEV ARB-UNITS ARB-UNITS D502500200018 21.00 14.0 3.74166 D502500200019 21.75 14.0 3.74166 D502500200020 22.50 20.0 4.47214 D502500200021 23.25 19.0 4.3589 D502500200022 24.00 24.0 4.89898 D502500200023 24.75 26.0 5.09902 D502500200024 25.50 19.0 4.3589 D502500200025 26.25 29.0 5.38516 D502500200026 27.00 28.0 5.2915 D502500200027 27.75 26.0 5.09902 D502500200028 28.50 25.0 5.00000 D502500200029 29.25 23.0 4.79583 D502500200030 30.00 21.0 4.58258 D502500200031 30.75 15.0 3.87298 D502500200032 31.50 17.0 4.12311 D502500200033 32.25 14.0 3.74166 D502500200034 33.00 14.0 3.74166 D502500200035 33.75 14.0 3.74166 D502500200036 34.50 10.0 3.16228 D502500200037 35.25 11.0 3.31662 D502500200038 36.00 7.0 2.64575 D502500200039 36.75 8.0 2.82843 D502500200040 37.50 8.0 2.82843 D502500200041 38.25 8.0 2.82843 D502500200042 39.00 5.0 2.23607 D502500200043 39.75 8.0 2.82843 D502500200044 ENDDATA 28 0 D502500200045 ENDSUBENT 44 0 D502500299999 ENDENTRY 2 0 D502599999999