ENTRY D5130 20161213 D108D513000000001 SUBENT D5130001 20161213 D108D513000100001 BIB 11 27 D513000100002 TITLE First measurement of the 2.4 MeV and 2.9 MeV 6He D513000100003 three-cluster resonant states via the 3H(4He,p alpha)2nD513000100004 four-body reaction D513000100005 AUTHOR (G.Mandaglio,O.Povoroznyk,O.K.Gorpinich, D513000100006 O.O.Jachmenjov,A.Anastasi,F.Curciarello,V.De Leo, D513000100007 H.V.Mokhnach,O.Ponkratenko, Yu.Roznyuk,G.Fazio, D513000100008 G.Giardina) D513000100009 INSTITUTE (2ITYSIC,4UKRIJD,2ITYMES,2ITYCAT) D513000100010 REFERENCE (J,MPL/A,29,(19),1450105,2014) D513000100011 #doi:10.1142/S0217732314501053 D513000100012 FACILITY (ISOCY,4UKRIJD)Isochronous cyclotron U-120 D513000100013 DETECTOR (TELES,SIBAR,SILI)Two deltaE-E telescopes. The first D513000100014 telescope was placed at the left-hand side and D513000100015 consisted of deltaE(25 micro-m thick totally depleted D513000100016 silicon surface barrier detector) and E (Si(Li) with D513000100017 1 mm) detectors. The second telescope was placed at D513000100018 the right-hand side and consisted of deltaE(100 micro-mD513000100019 silicon surface barrier detector) and E (Si(Li) with D513000100020 1.5 mm) detectors. D513000100021 SAMPLE The target made of titanium backing (2.6 mg/cm2 thick) D513000100022 saturated with tritium (equivalent to the thickness of D513000100023 about 0.15 mg/cm2) D513000100024 CORRECTION Corrected for background. D513000100025 ERR-ANALYS (ERR-S) Statistical error D513000100026 METHOD (EXTB,EDE) D513000100027 HISTORY (20161213C)UKRNDC D513000100028 (20161213R)Data were obtained from O.Povoroznyk D513000100029 ENDBIB 27 0 D513000100030 COMMON 2 3 D513000100031 EN EN-RSL D513000100032 MEV MEV D513000100033 27.2 0.15 D513000100034 ENDCOMMON 3 0 D513000100035 ENDSUBENT 34 0 D513000199999 SUBENT D5130002 20161213 D108D513000200001 BIB 4 11 D513000200002 REACTION (1-H-3(A,2N+P)2-HE-4,,DA/DA/DE,P/A/P,REL) D513000200003 ANG1 is angle between incident beam and proton, D513000200004 ANG2 is angle between incident beam and alpha particle.D513000200005 EN-SEC (E,P) D513000200006 STATUS (TABLE) Correspond to figure 4 (a). D513000200007 ADD-RES (STRUC) Energy and width of the excited states of 6He D513000200008 were obtained with the spectra shape analysis by using D513000200009 the Breit-Wigner formula: D513000200010 E1=1.9+-0.2 MeV, Wid1=0.2+-0.2 MeV. D513000200011 E2=2.5+-0.2 MeV, Wid2=0.3+-0.2 MeV. D513000200012 E3=3.0+-0.2 MeV, Wid3=0.4+-0.2 MeV. D513000200013 ENDBIB 11 0 D513000200014 COMMON 2 3 D513000200015 ANG1 ANG2 D513000200016 ADEG ADEG D513000200017 28.5 13.0 D513000200018 ENDCOMMON 3 0 D513000200019 DATA 3 22 D513000200020 E DATA ERR-S D513000200021 MEV ARB-UNITS ARB-UNITS D513000200022 3.2 2.0 1.414 D513000200023 3.4 9.0 3.000 D513000200024 3.6 20.0 4.472 D513000200025 3.8 37.0 6.083 D513000200026 4.0 41.0 6.403 D513000200027 4.2 46.0 6.782 D513000200028 4.4 45.0 6.708 D513000200029 4.6 54.0 7.348 D513000200030 4.8 48.0 6.928 D513000200031 5.0 46.0 6.782 D513000200032 5.2 38.0 6.164 D513000200033 5.4 52.0 7.211 D513000200034 5.6 62.0 7.874 D513000200035 5.8 48.0 6.928 D513000200036 6.0 50.0 7.071 D513000200037 6.2 84.0 9.165 D513000200038 6.4 159.0 12.610 D513000200039 6.6 174.0 13.191 D513000200040 6.8 131.0 11.446 D513000200041 7.0 63.0 7.937 D513000200042 7.2 17.0 4.123 D513000200043 7.4 3.0 1.732 D513000200044 ENDDATA 24 0 D513000200045 ENDSUBENT 44 0 D513000299999 SUBENT D5130003 20161213 D108D513000300001 BIB 4 11 D513000300002 REACTION (1-H-3(A,2N+P)2-HE-4,,DA/DA/DE,P/A/P,REL) D513000300003 ANG1 is angle between incident beam and proton, D513000300004 ANG2 is angle between incident beam and alpha particle.D513000300005 EN-SEC (E,P) D513000300006 STATUS (TABLE) Correspond to figure 4 (b). D513000300007 ADD-RES (STRUC) Energy and width of the excited states of 6He D513000300008 were obtained with the spectra shape analysis by using D513000300009 the Breit-Wigner formula: D513000300010 E1=1.9+-0.2 MeV, Wid1=0.3+-0.2 MeV. D513000300011 E2=2.6+-0.2 MeV, Wid2=0.4+-0.2 MeV. D513000300012 E3=3.1+-0.2 MeV, Wid3=0.3+-0.2 MeV. D513000300013 ENDBIB 11 0 D513000300014 COMMON 2 3 D513000300015 ANG1 ANG2 D513000300016 ADEG ADEG D513000300017 28.5 16.5 D513000300018 ENDCOMMON 3 0 D513000300019 DATA 3 23 D513000300020 E DATA ERR-S D513000300021 MEV ARB-UNITS ARB-UNITS D513000300022 3.0 1.0 1.000 D513000300023 3.2 8.0 2.828 D513000300024 3.4 17.0 4.123 D513000300025 3.6 18.0 4.243 D513000300026 3.8 17.0 4.123 D513000300027 4.0 26.0 5.099 D513000300028 4.2 39.0 6.245 D513000300029 4.4 46.0 6.782 D513000300030 4.6 27.0 5.196 D513000300031 4.8 35.0 5.916 D513000300032 5.0 35.0 5.916 D513000300033 5.2 39.0 6.245 D513000300034 5.4 48.0 6.928 D513000300035 5.6 50.0 7.071 D513000300036 5.8 38.0 6.164 D513000300037 6.0 49.0 7.000 D513000300038 6.2 102.0 10.100 D513000300039 6.4 146.0 12.083 D513000300040 6.6 175.0 13.229 D513000300041 6.8 111.0 10.536 D513000300042 7.0 51.0 7.141 D513000300043 7.2 18.0 4.243 D513000300044 7.4 7.0 2.646 D513000300045 ENDDATA 25 0 D513000300046 ENDSUBENT 45 0 D513000399999 SUBENT D5130004 20161213 D108D513000400001 BIB 4 11 D513000400002 REACTION (1-H-3(A,2N+P)2-HE-4,,DA/DA/DE,P/A/P,REL) D513000400003 ANG1 is angle between incident beam and proton, D513000400004 ANG2 is angle between incident beam and alpha particle.D513000400005 EN-SEC (E,P) D513000400006 STATUS (TABLE) Correspond to figure 5. D513000400007 ADD-RES (STRUC) Energy and width of the excited states of 6He D513000400008 were obtained with the spectra shape analysis by using D513000400009 the Breit-Wigner formula: D513000400010 E1=1.8+-0.2 MeV, Wid1=0.3+-0.2 MeV. D513000400011 E2=2.3+-0.2 MeV, Wid2=0.3+-0.2 MeV. D513000400012 E3=2.7+-0.2 MeV, Wid3=0.4+-0.2 MeV. D513000400013 ENDBIB 11 0 D513000400014 COMMON 2 3 D513000400015 ANG1 ANG2 D513000400016 ADEG ADEG D513000400017 36.0 19.5 D513000400018 ENDCOMMON 3 0 D513000400019 DATA 3 17 D513000400020 E DATA ERR-S D513000400021 MEV ARB-UNITS ARB-UNITS D513000400022 3.2 11.0 3.317 D513000400023 3.4 18.0 4.243 D513000400024 3.6 20.0 4.472 D513000400025 3.8 36.0 6.000 D513000400026 4.0 51.0 7.141 D513000400027 4.2 49.0 7.000 D513000400028 4.4 50.0 7.071 D513000400029 4.6 54.0 7.348 D513000400030 4.8 72.0 8.485 D513000400031 5.0 62.0 7.874 D513000400032 5.2 89.0 9.434 D513000400033 5.4 132.0 11.489 D513000400034 5.6 122.0 11.045 D513000400035 5.8 79.0 8.888 D513000400036 6.0 31.0 5.568 D513000400037 6.2 10.0 3.162 D513000400038 6.4 5.0 2.236 D513000400039 ENDDATA 19 0 D513000400040 ENDSUBENT 39 0 D513000499999 SUBENT D5130005 20161213 D108D513000500001 BIB 4 13 D513000500002 REACTION (1-H-3(A,2N+P)2-HE-4,,DA/DE,P/P,REL) D513000500003 ANG is angle between incident beam and proton. D513000500004 EN-SEC (E,P) D513000500005 STATUS (TABLE) Correspond to figure 6. D513000500006 (DEP,D5130002) D513000500007 (DEP,D5130003) D513000500008 (DEP,D5130004) D513000500009 ADD-RES (STRUC) Energy and width of the excited states of 6He D513000500010 were obtained with the spectra shape analysis by using D513000500011 the Breit-Wigner formula: D513000500012 E1=1.9+-0.2 MeV, Wid1=0.3+-0.1 MeV. D513000500013 E2=2.5+-0.2 MeV, Wid2=0.4+-0.2 MeV. D513000500014 E3=3.0+-0.2 MeV, Wid3=0.6+-0.2 MeV. D513000500015 ENDBIB 13 0 D513000500016 COMMON 1 3 D513000500017 ANG D513000500018 ADEG D513000500019 28.5 D513000500020 ENDCOMMON 3 0 D513000500021 DATA 3 21 D513000500022 E DATA ERR-S D513000500023 MEV ARB-UNITS ARB-UNITS D513000500024 3.2 46.0 6.782 D513000500025 3.4 73.0 8.544 D513000500026 3.6 93.0 9.644 D513000500027 3.8 110.0 10.488 D513000500028 4.0 117.0 10.817 D513000500029 4.2 131.0 11.446 D513000500030 4.4 144.0 12.000 D513000500031 4.6 134.0 11.576 D513000500032 4.8 136.0 11.662 D513000500033 5.0 128.0 11.314 D513000500034 5.2 129.0 11.358 D513000500035 5.4 162.0 12.728 D513000500036 5.6 167.0 12.923 D513000500037 5.8 150.0 12.247 D513000500038 6.0 176.0 13.267 D513000500039 6.2 294.0 17.146 D513000500040 6.4 423.0 20.567 D513000500041 6.6 456.0 21.354 D513000500042 6.8 343.0 18.520 D513000500043 7.0 179.0 13.379 D513000500044 7.2 66.0 8.124 D513000500045 ENDDATA 23 0 D513000500046 ENDSUBENT 45 0 D513000599999 SUBENT D5130006 20161213 D108D513000600001 BIB 3 4 D513000600002 REACTION (1-H-3(A,2N+P)2-HE-4,,DA/DE,P/P,REL) D513000600003 ANG is angle between incident beam and proton. D513000600004 EN-SEC (E,P) D513000600005 STATUS (TABLE) Correspond to figure 7. D513000600006 ENDBIB 4 0 D513000600007 COMMON 1 3 D513000600008 ANG D513000600009 ADEG D513000600010 17.0 D513000600011 ENDCOMMON 3 0 D513000600012 DATA 3 32 D513000600013 E DATA ERR-S D513000600014 MEV ARB-UNITS ARB-UNITS D513000600015 4.122 547.0 26.00 D513000600016 4.349 590.0 27.80 D513000600017 4.576 605.0 27.40 D513000600018 4.802 609.0 27.40 D513000600019 5.029 619.0 27.70 D513000600020 5.256 630.0 27.00 D513000600021 5.483 657.0 28.50 D513000600022 5.710 642.0 28.20 D513000600023 5.937 617.0 27.60 D513000600024 6.163 580.0 26.20 D513000600025 6.390 571.0 25.90 D513000600026 6.617 575.0 26.70 D513000600027 6.844 544.0 24.60 D513000600028 7.071 477.0 22.80 D513000600029 7.297 489.0 24.60 D513000600030 7.524 562.0 26.40 D513000600031 7.751 597.0 27.20 D513000600032 7.978 477.0 24.30 D513000600033 8.205 321.0 19.90 D513000600034 8.432 261.0 18.00 D513000600035 8.658 257.0 17.80 D513000600036 8.885 245.0 17.40 D513000600037 9.112 251.0 17.60 D513000600038 9.339 232.0 16.90 D513000600039 9.566 192.0 15.40 D513000600040 9.792 176.0 14.80 D513000600041 10.019 205.0 15.90 D513000600042 10.246 208.0 16.00 D513000600043 10.473 262.0 18.00 D513000600044 10.700 284.0 18.70 D513000600045 10.927 220.0 16.50 D513000600046 11.153 128.0 12.60 D513000600047 ENDDATA 34 0 D513000600048 ENDSUBENT 47 0 D513000699999 ENDENTRY 6 0 D513099999999