ENTRY            O1952   20111110                             O046O195200000001 
SUBENT        O1952001   20111110                             O046O195200100001 
BIB                 12         36                                 O195200100002 
TITLE      Elastic alpha-particle resonances as evidence of       O195200100003 
           clustering at high excitation in Ca-40.                O195200100004 
AUTHOR     (M.Norrby, T.Lonnroth, V.Z.Goldberg, G.V.Rogachev,     O195200100005 
           M.S.Golovkov, K.-M.Kaellman, M.Lattuada, S.V.Perov,    O195200100006 
           S.Romano, B.B.Skorodumov, G.P.Tiourin, W.H.Trzaska,    O195200100007 
           A.Tumino, A.N.Vorontsov)                               O195200100008 
INSTITUTE  (2SF ABA)                                              O195200100009 
           (4RUSKUR)                                              O195200100010 
           (1USATEX)                                              O195200100011 
           (1USAFSU)                                              O195200100012 
           (4ZZZDUB)                                              O195200100013 
           (2ITYLNS)                                              O195200100014 
           (2ITYCAT)                                              O195200100015 
           (2SF JYV)                                              O195200100016 
REFERENCE  (J,EPJ/A,47,96,2011)                                   O195200100017 
REL-REF    (I,O1945001,T.Lonnroth+,J,EPJ/A,46,5,2010)             O195200100018 
FACILITY   (CYCLO,2SF JYV)                                        O195200100019 
SAMPLE     The 150 MeV Ar-36 beam entered a 1.3m in diameter      O195200100020 
           scattering chamber through a thin Havar foil. The      O195200100021 
           chamber was filled with helium gas.                    O195200100022 
METHOD     (TOF)                                                  O195200100023 
           (TTM)                                                  O195200100024 
           Thick-target inverse kinematics method                 O195200100025 
DETECTOR   (SIBAR).The recoiling alpha-particles were detected by O195200100026 
           an array of six standard silicon surface barrier       O195200100027 
           detectors, each separated by 6 degree and mounted on a O195200100028 
           turntable. A fixed detector at -15 degree was used for O195200100029 
           monitoring and for normalization of the angular        O195200100030 
           settings. The seven detectors varied in thickness      O195200100031 
            1.5-5 mm and in area 50-200 mm**2. The time of flight O195200100032 
           was measured in the experiment using the cyclotron RF  O195200100033 
           signal and the fast signal from the Si detectors.      O195200100034 
CORRECTION Corrections for the differences in solid angle         O195200100035 
           depending on energy and angle was made.                O195200100036 
STATUS     The letter was send to Dr.M.Norrby                     O195200100037 
HISTORY    (20111109C) sb                                         O195200100038 
ENDBIB              36          0                                 O195200100039 
NOCOMMON             0          0                                 O195200100040 
ENDSUBENT           39          0                                 O195200199999 
SUBENT        O1952002   20111109                             O046O195200200001 
BIB                  2          3                                 O195200200002 
REACTION   (18-AR-36(A,EL)18-AR-36,,DA)                           O195200200003 
STATUS     (UNOBT).Table data for fig.1 of J,EPJ/A,47,96,2011 is  O195200200004 
           necessary.                                             O195200200005 
ENDBIB               3          0                                 O195200200006 
NOCOMMON             0          0                                 O195200200007 
NODATA               0          0                                 O195200200008 
ENDSUBENT            7          0                                 O195200299999 
ENDENTRY             2          0                                 O195299999999