ENTRY D5121 20161207 D108D512100000001 SUBENT D5121001 20161207 D108D512100100001 BIB 12 36 D512100100002 TITLE Investigation of properties of 6He nucleus in D512100100003 Interaction of alpha-particles with tritium nuclei D512100100004 AUTHOR (O.M.Povoroznyk,V.S.Vasilevsky) D512100100005 INSTITUTE (4UKRIJD) D512100100006 REFERENCE (J,UFZ,60,201,2015) D512100100007 #NSR: 2015PO04 D512100100008 (J,UJP,60,201,2015) Eng. trans. of J,UFZ,60,201,2015 D512100100009 FACILITY (ISOCY,4UKRIJD)Isochronous cyclotron U-240 D512100100010 DETECTOR (TELES,SIBAR,NAICR) The first telescope was placed at D512100100011 the right-hand side and consisted of deltaE(400 micro-mD512100100012 thick totally depleted silicon surface barrier D512100100013 detector) and E (NaI(Tl) with 20 mm x 20 mm) detectors.D512100100014 (TELES,SIBAR,SILI) The second telescope was placed at D512100100015 the left-hand side and consisted of deltaE(90 micro-m D512100100016 silicon surface barrier detector) and E (Si(Li) with D512100100017 3 mm) detectors. D512100100018 SAMPLE Solid titanium-tritium target thick 2.7 mg/cm2 D512100100019 saturated by tritium in ratio 1:1 D512100100020 CORRECTION Corrected for background. D512100100021 ERR-ANALYS (ERR-S) Statistical error D512100100022 METHOD (EXTB,EDE) D512100100023 ADD-RES (STRUC) Energy and width of the excited states of 6He D512100100024 were obtained with the spectra shape analysis by using D512100100025 the Breit-Wigner formula: D512100100026 E1=1.7+-0.2 MeV, Wid1=0.65+-0.15 MeV, D512100100027 E2=2.5+-0.2 MeV, Wid2=0.4+-0.2 MeV, D512100100028 E3=3.1+-0.3 MeV, Wid3=0.4+-0.2 MeV, D512100100029 E4=4.1+-0.3 MeV, Wid4=0.9+-0.3 MeV, D512100100030 E5=6.1+-0.3 MeV, Wid5=1.6+-0.3 MeV, D512100100031 E6=8.8+-0.4 MeV, Wid6=2.0+-0.6 MeV, D512100100032 E7=11.6+-0.4 MeV, Wid7=2.0+-0.7 MeV, D512100100033 E8=14.6+-0.4 MeV, Wid8=2.3+-1.0 MeV, D512100100034 E9=16.4+-0.4 MeV, Wid1=1.4+-0.9 MeV, D512100100035 E2=18.5+-0.4 MeV, Wid2=1.7+-0.6 MeV. D512100100036 HISTORY (20161207C)UKRNDC D512100100037 (20161119R)Data were obtained from O.Povoroznyk. D512100100038 ENDBIB 36 0 D512100100039 COMMON 2 3 D512100100040 EN EN-RSL D512100100041 MEV MEV D512100100042 67.2 0.4 D512100100043 ENDCOMMON 3 0 D512100100044 ENDSUBENT 43 0 D512100199999 SUBENT D5121002 20161207 D108D512100200001 BIB 3 5 D512100200002 REACTION (1-H-3(A,2N+P)2-HE-4,,DA/DA/DE,P/A/P,REL) D512100200003 ANG1 is angle between incident beam and proton, D512100200004 ANG2 is angle between incident beam and alpha particle.D512100200005 EN-SEC (E,P) D512100200006 STATUS (TABLE) Correspond to figure 5. D512100200007 ENDBIB 5 0 D512100200008 COMMON 2 3 D512100200009 ANG1 ANG2 D512100200010 ADEG ADEG D512100200011 27.5 15.0 D512100200012 ENDCOMMON 3 0 D512100200013 DATA 3 50 D512100200014 E DATA ERR-S D512100200015 MEV ARB-UNITS ARB-UNITS D512100200016 7.500 80.000 8.944 D512100200017 8.250 98.750 9.937 D512100200018 9.000 87.500 9.354 D512100200019 9.750 90.750 9.526 D512100200020 10.500 98.250 9.912 D512100200021 11.250 87.500 9.354 D512100200022 12.000 66.750 8.170 D512100200023 12.750 62.500 7.906 D512100200024 13.500 74.500 8.631 D512100200025 14.250 75.000 8.660 D512100200026 15.000 72.500 8.515 D512100200027 15.750 62.250 7.890 D512100200028 16.500 64.250 8.016 D512100200029 17.250 64.250 8.016 D512100200030 18.000 69.750 8.352 D512100200031 18.750 53.250 7.297 D512100200032 19.500 48.500 6.964 D512100200033 20.250 44.000 6.633 D512100200034 21.000 44.250 6.652 D512100200035 21.750 56.000 7.483 D512100200036 22.500 57.000 7.550 D512100200037 23.250 54.750 7.399 D512100200038 24.000 41.750 6.461 D512100200039 24.750 28.750 5.362 D512100200040 25.500 40.250 6.344 D512100200041 26.250 44.750 6.690 D512100200042 27.000 40.500 6.364 D512100200043 27.750 38.750 6.225 D512100200044 28.500 34.000 5.831 D512100200045 29.169 16.000 4.000 D512100200046 29.585 20.500 4.528 D512100200047 30.001 23.000 4.796 D512100200048 30.414 22.000 4.690 D512100200049 30.826 21.000 4.583 D512100200050 31.236 17.000 4.123 D512100200051 31.644 11.500 3.391 D512100200052 32.051 10.000 3.162 D512100200053 32.457 18.000 4.243 D512100200054 32.861 20.500 4.528 D512100200055 33.263 21.500 4.637 D512100200056 33.665 21.000 4.583 D512100200057 34.064 17.000 4.123 D512100200058 34.464 20.500 4.528 D512100200059 34.860 20.500 4.528 D512100200060 35.257 30.000 5.477 D512100200061 35.652 29.000 5.385 D512100200062 36.046 51.000 7.141 D512100200063 36.438 58.500 7.649 D512100200064 36.830 50.500 7.106 D512100200065 37.220 14.500 3.808 D512100200066 ENDDATA 52 0 D512100200067 ENDSUBENT 66 0 D512100299999 SUBENT D5121003 20161207 D108D512100300001 BIB 3 4 D512100300002 REACTION (1-H-3(A,2N+P)2-HE-4,,DA/DE,P/HE6,REL) D512100300003 ANG is angle between incident beam and proton. D512100300004 EN-SEC (E-EXC,2-HE-6) D512100300005 STATUS (TABLE) Correspond to figure 6. D512100300006 ENDBIB 4 0 D512100300007 COMMON 1 3 D512100300008 ANG D512100300009 ADEG D512100300010 27.5 D512100300011 ENDCOMMON 3 0 D512100300012 DATA 3 22 D512100300013 E-EXC DATA ERR-S D512100300014 MEV ARB-UNITS ARB-UNITS D512100300015 0.750 7.500 2.7386 D512100300016 1.050 14.500 3.8079 D512100300017 1.350 40.000 6.3246 D512100300018 1.650 53.500 7.3144 D512100300019 1.950 51.000 7.1414 D512100300020 2.250 29.000 5.3852 D512100300021 2.550 30.000 5.4772 D512100300022 2.850 20.500 4.5277 D512100300023 3.150 20.500 4.5277 D512100300024 3.450 17.000 4.1231 D512100300025 3.750 21.000 4.5826 D512100300026 4.050 21.500 4.6368 D512100300027 4.350 20.500 4.5277 D512100300028 4.650 18.000 4.2426 D512100300029 4.950 10.000 3.1623 D512100300030 5.250 11.500 3.3912 D512100300031 5.550 17.000 4.1231 D512100300032 5.850 21.000 4.5826 D512100300033 6.150 22.000 4.6904 D512100300034 6.450 23.000 4.7958 D512100300035 6.750 20.500 4.5277 D512100300036 7.050 16.000 4.0000 D512100300037 ENDDATA 24 0 D512100300038 ENDSUBENT 37 0 D512100399999 ENDENTRY 3 0 D512199999999