ENTRY D0595 20100215 D072D059500000001 SUBENT D0595001 20100215 D072D059500100001 BIB 11 43 D059500100002 TITLE 6He + 9Be reactions at 16.8MeV D059500100003 AUTHOR (M.Majer,R.Raabe,M.Milin,C.Angulo,J.Cabrera, D059500100004 E.Casarejos,J.L.Charvet,D.Escrig,A.Gillibert, D059500100005 Th.Keutgen,V.Lapoux,L.Nalpas,A.Ninane,A.Obertelli, D059500100006 N.A.Orr,F.Skaza,J.L.Sida,S.I.Sidorchuk,D.Smirnov, D059500100007 R.Wolski) D059500100008 INSTITUTE (3CROZAG,2FR GAN,2BLGLVN,2FR CAE,4ZZZDUB,3POLIFJ) D059500100009 (2BLGBLG) Tractebel Engineering, Avenue Ariane 7, D059500100010 B-1200 Brussels, Belgium D059500100011 REFERENCE (J,EPJ/A,43,153,2010) D059500100012 FACILITY (CYCLO,2BLGLVN) Cyclotron Research Center (CRC), the D059500100013 radioactive beam facility in Louvain-la-Neuve D059500100014 INC-SOURCE The 16.8MeV 6He+ beam was produced by the D059500100015 Isotope-Separation-on-Line technique using two D059500100016 coupled cyclotrons. The average intensity of the beam D059500100017 on the Betarget was about 10**7 pps for a total D059500100018 irradiation time of about five days D059500100019 SAMPLE The target used was a 400 mu-g/cm2 thick D059500100020 self-supporting foil of 9Be. For calibration and D059500100021 normalisation purposes, an Au target 200 mu-g/cm2 D059500100022 thick was also used. D059500100023 DETECTOR (TELES,SISD,SISD) 224 silicon strip detectors D059500100024 arranged in the two large detector arrays. The D059500100025 forward-angle detector array (LEDA, Louvain-Edinburgh D059500100026 Detector Array) consisted of 8 segments each D059500100027 containing 16 strips, 300 mu-m thick. The polar D059500100028 angles covered were 4.-12.degr. and the azimuthal D059500100029 range was 0.-360.degr. The second detector array D059500100030 (called LAMP because of its lampshade geometry) had D059500100031 6 segments of LEDA-type detectors (each segment was D059500100032 inclined 45.degr.) and was placed closer to the D059500100033 target to cover larger polar angles (22.-72.degr.) D059500100034 and also the full azimuthal range. The energy D059500100035 calibration of detectors was performed with the D059500100036 three-peaks-alphasource and elastic scattering of 6He D059500100037 on the gold target. D059500100038 METHOD (TOF,BCINT) Particle identification was performed by D059500100039 the time of flight (ToF) method. D059500100040 The total collected charge was monitored by a Faraday D059500100041 cup -its reading was normalised with a measurement of D059500100042 elastic scattering of 6He on the thin gold target D059500100043 STATUS (TABLE) Data were received from Dr. M.Milin D059500100044 HISTORY (20100215C) SD D059500100045 ENDBIB 43 0 D059500100046 NOCOMMON 0 0 D059500100047 ENDSUBENT 46 0 D059500199999 SUBENT D0595002 20100215 D072D059500200001 BIB 1 1 D059500200002 REACTION (4-BE-9(2-HE-6,EL)4-BE-9,,DA) D059500200003 ENDBIB 1 0 D059500200004 COMMON 1 3 D059500200005 EN D059500200006 MEV D059500200007 16.8 D059500200008 ENDCOMMON 3 0 D059500200009 DATA 3 31 D059500200010 ANG-CM DATA-CM DATA-ERR D059500200011 ADEG MB/SR MB/SR D059500200012 8.49826 1.9592E+04 480.32 D059500200013 9.32059 1.4355E+04 319.892 D059500200014 10.1217 1.0849E+04 187.982 D059500200015 10.9209 8.4422E+03 124.288 D059500200016 11.7277 6.6333E+03 107.903 D059500200017 12.5158 5.5641E+03 83.1409 D059500200018 13.3169 4.4133E+03 72.5204 D059500200019 14.1048 3.6068E+03 49.5099 D059500200020 14.9262 2.9055E+03 55.4287 D059500200021 15.7011 2.4283E+03 38.0084 D059500200022 16.4823 1.9552E+03 29.605 D059500200023 17.2469 1.5645E+03 30.3542 D059500200024 18.051 1.1901E+03 19.5005 D059500200025 18.7991 861.607 18.6089 D059500200026 19.5762 518.929 11.2569 D059500200027 20.4177 238.886 1.30518 D059500200028 39.8179 21.0885 2.89531 D059500200029 44.5107 8.84095 0.78383 D059500200030 49.3344 3.33621 9.8539E-02 D059500200031 54.3955 4.11098 0.1959 D059500200032 59.4164 5.30572 0.16786 D059500200033 64.511 4.64664 0.19284 D059500200034 69.6308 2.4237 0.287 D059500200035 74.6007 0.94538 7.354E-02 D059500200036 79.5968 0.44625 3.3353E-02 D059500200037 84.6169 0.51357 6.2845E-02 D059500200038 89.0464 0.57222 1.3935E-02 D059500200039 93.5366 0.76964 6.1352E-02 D059500200040 97.7922 0.58522 1.5143E-02 D059500200041 101.8 0.39778 2.9105E-02 D059500200042 105.605 0.22574 6.3425E-03 D059500200043 ENDDATA 33 0 D059500200044 ENDSUBENT 43 0 D059500299999 ENDENTRY 2 0 D059599999999