ENTRY C2215 20160512 C160C221500000001 SUBENT C2215001 20160512 C160C221500100001 BIB 11 44 C221500100002 TITLE Angle-integrated measurements of the 26Al(d,n)27Si C221500100003 reaction cross section: a probe of spectroscopic C221500100004 factors and astrophysical resonance strengths C221500100005 AUTHOR (A.Kankainen,P.J.Woods,F.Nunes,C.Langer,H.Schatz, C221500100006 V.Bader,T.Baugher,D.Bazin,B.A.Brown,J.Browne, C221500100007 D.T.Doherty,A.Estrade,A.Gade,A.Kontos,G.Lotay,Z.Meisel,C221500100008 F.Montes,S.Noji,G.Perdikakis,J.Pereira,F.Recchia, C221500100009 T.Redpath,R.Stroberg,M.Scott,D.Seweryniak,J.Stevens, C221500100010 D.Weisshaar,K.Wimmer,R.Zegers) C221500100011 INSTITUTE (2UK EDG,1USAMSU,1USAANL) C221500100012 (1USAUSA) Central Michigan University, Mount Pleasant, C221500100013 Michigan C221500100014 REFERENCE (J,EPJ/A,52,6,2016) C221500100015 FACILITY (CYCLO,1USAMSU) The experiment was performed at the C221500100016 National Superconducting Cyclotron Laboratory, MichiganC221500100017 State University. C221500100018 SAMPLE Sample was a deuterated polyethylene target (CD2)n C221500100019 with thickness of (10.7+-0.8)mg/cm2 C221500100020 DETECTOR (MAGSP) Recoil products were identified with the S800 C221500100021 spectrograph downstream of the GRETINA array. The C221500100022 S800 was run in focused mode in order to allow a C221500100023 large momentum acceptance. The data acquisition was C221500100024 triggered either by recoil-gamma coincidences between C221500100025 GRETINA and the first scintillator at the focal plane C221500100026 of the S800 spectrograph C221500100027 (HPGE) Gamma rays were measured using GRETINA (Gamma- C221500100028 Ray Energy Tracking Inbeam Nuclear Array). GRETINA C221500100029 detectors positioned at laboratory angles of 58 deg C221500100030 and 90 deg. C221500100031 METHOD (COINC) Coincidence of recoil products detected in C221500100032 S800 focal plane scintillator and gamma rays detected C221500100033 in GRETINA detectors was required. Inverse kinematics C221500100034 was used. C221500100035 INC-SOURCE The 30MeV/u 26Al13+ beam was produced inflight via C221500100036 fragmentation reactions using a primary beam of C221500100037 150MeV/u, 112 pnA 36Ar18+ ions to bombard a C221500100038 1960mg/cm2 thick Be target. The A1900 high-resolution C221500100039 fragment separator selected the ions of interest C221500100040 based on the momentum/charge, p/q, ratio after they C221500100041 had passed through a 600mg/cm2 thick Al wedge The C221500100042 26Al beam had a high purity (98+-2)% and an average C221500100043 intensity of (8.1+-0.4E+5 particles per second. C221500100044 ERR-ANALYS (DATA-ERR) No information on source of uncertainties C221500100045 HISTORY (20160512C) Compiled by S.H. C221500100046 ENDBIB 44 0 C221500100047 NOCOMMON 0 0 C221500100048 ENDSUBENT 47 0 C221500199999 SUBENT C2215002 20160512 C160C221500200001 BIB 3 9 C221500200002 REACTION ((1-H-2(13-AL-26,N)14-SI-27,PAR,SIG)= C221500200003 (13-AL-26(D,N)14-SI-27,PAR,SIG)) C221500200004 STATUS (TABLE) Data taken from tab. 1 of the reference C221500200005 LEVEL-PROP (14-SI-27,E-LVL=5547.3,SPIN=4.5,PARITY=+1.) C221500200006 (14-SI-27,E-LVL=6734.0,SPIN=5.5,PARITY=+1.) C221500200007 (14-SI-27,E-LVL=7129.0,SPIN=6.5,PARITY=+1.) C221500200008 (14-SI-27,E-LVL=7590.1,SPIN=4.5,PARITY=+1.) C221500200009 (14-SI-27,E-LVL=7651.9,SPIN=5.5,PARITY=-1.) C221500200010 (14-SI-27,E-LVL=7739.3,SPIN=4.5,PARITY=+1./-1.) C221500200011 ENDBIB 9 0 C221500200012 COMMON 1 3 C221500200013 EN C221500200014 MEV/A C221500200015 30.0 C221500200016 ENDCOMMON 3 0 C221500200017 DATA 5 6 C221500200018 E-LVL E-LVL-ERR DATA DATA-ERR DATA-MAX C221500200019 KEV KEV MICRO-B MICRO-B MICRO-B C221500200020 5547.3 0.1 520. 110. C221500200021 6734.0 0.2 390. 90. C221500200022 7129.0 0.2 630. 130. C221500200023 7590.1 0.9 37. C221500200024 7651.9 0.6 280. 70. C221500200025 7739.3 0.4 70. 30. C221500200026 ENDDATA 8 0 C221500200027 ENDSUBENT 26 0 C221500299999 ENDENTRY 2 0 C221599999999