ENTRY C2600 20210321 C202C260000000001 SUBENT C2600001 20210321 C202C260000100001 BIB 11 41 C260000100002 TITLE Observation of T=3/2 isobaric analog states in 9Be C260000100003 using p+8Li resonance scattering C260000100004 AUTHOR (C.Hunt,G.V.Rogachev,S.Almaraz-Calderon,A.Aprahamian, C260000100005 M.Avila,L.T.Baby,B.Bucher,V.Z.Goldberg,E.D.Johnson, C260000100006 K.W.Kemper,A.N.Kuchera,W.P.Tan,I.Wiedenhover) C260000100007 INSTITUTE (1USATAM,1USAFSU,1USANOT,1USAANL,1USAINL) C260000100008 (1USAUSA) Davidson College,Davidson,North Carolina C260000100009 REFERENCE (J,PR/C,102,014615,2020) C260000100010 FACILITY (VDGT,1USAFSU) C260000100011 (LINAC,1USAFSU) Experiment performed C260000100012 using a 9 MV FN tandem Van de Graaff accelerator C260000100013 followed by a linear accelerator booster at the John C260000100014 D. Fox Superconducting Accelerator Laboratory at C260000100015 Florida State University C260000100016 SAMPLE A polyethylene (C2H4) target with thickness optimized C260000100017 for specific beam energy. C260000100018 Bem energy (MeV) Target thickness (mg/cm2) C260000100019 22. 4.13 C260000100020 18.6 4.13 and 2.75 C260000100021 DETECTOR (SISD) Two double sided annular silicon strip C260000100022 detectors of the S2 type installed downstream of the C260000100023 target were used to detect charged reaction products. C260000100024 SiSD consist of 48 rings on one sides and 16 segments C260000100025 on the other side. First SiSD had thicknes of 1000 C260000100026 mu-m and was placed at a distance 7.6 cm downstream C260000100027 of C2H4 target. The second SiSD had thickness of 500 C260000100028 mu-m and was placed 26.8 cm downstream of the target. C260000100029 METHOD (EDE) C260000100030 INC-SOURCE A radioactive 8Li beam was produced using the C260000100031 2H(7Li,8Li) 1H reaction.Primary 7Li beam was C260000100032 accelerated and bombarded primary target - a C260000100033 liquid-nitrogen- cooled, 4 cm long deuterium gas cell C260000100034 with pressure of 400 Torr. The secondary 8Li beam C260000100035 produced via 2H(7Li,8Li) 1H reaction was momentum C260000100036 selected, bunched and separated from other C260000100037 contaminants by the superconducting resonator, and C260000100038 the quadrupole and dipole magnets of the RESOLUT C260000100039 separator. The beam purity was 95% 8Li and typical C260000100040 intesity 2E+4pps. C260000100041 ERR-ANALYS (DATA-ERR) Origin of uncertainty not described C260000100042 HISTORY (20210321C) Compiled by S.H. C260000100043 ENDBIB 41 0 C260000100044 NOCOMMON 0 0 C260000100045 ENDSUBENT 44 0 C260000199999 SUBENT C2600002 20210321 C202C260000200001 BIB 2 4 C260000200002 REACTION ((1-H-1(3-LI-8,EL)1-H-1,,DA,,AV)= C260000200003 (3-LI-8(P,EL)3-LI-8,,DA,,AV)) C260000200004 STATUS (TABLE) Data corresponding to fig. 4 of the reference C260000200005 PR/C received from author C260000200006 ENDBIB 4 0 C260000200007 COMMON 2 3 C260000200008 ANG-CM-MIN ANG-CM-MAX C260000200009 ADEG ADEG C260000200010 138. 155. C260000200011 ENDCOMMON 3 0 C260000200012 DATA 3 19 C260000200013 E-EXC-CMP DATA-CM DATA-ERR C260000200014 MEV MB/SR MB/SR C260000200015 18.35 7.22755 0.594101 C260000200016 18.39 7.20201 0.588042 C260000200017 18.43 9.44385 0.667781 C260000200018 18.47 10.1263 0.68584 C260000200019 18.51 10.7981 0.679248 C260000200020 18.55 16.5555 0.857262 C260000200021 18.59 23.7526 1.73696 C260000200022 18.63 28.2887 1.88174 C260000200023 18.67 31.9545 1.98556 C260000200024 18.71 33.8139 2.02802 C260000200025 18.75 36.9406 2.10489 C260000200026 18.87 37.5463 1.44516 C260000200027 18.91 39.7587 1.4766 C260000200028 18.95 38.3406 1.43991 C260000200029 18.99 40.8548 1.47614 C260000200030 19.03 39.8284 1.44759 C260000200031 19.07 39.712 1.43579 C260000200032 19.11 40.8793 1.44711 C260000200033 19.15 41.5107 1.44873 C260000200034 ENDDATA 21 0 C260000200035 ENDSUBENT 34 0 C260000299999 ENDENTRY 2 0 C260099999999