ENTRY            T0205   20020725
SUBENT        T0205001   20020725                                 
BIB                 12         23                                 
INSTITUTE  (1USAINU)                                              
REFERENCE  (J,PR/C,16,1437,1977)                                  
AUTHOR     (C.M.CASTANEDA, H.A.SMITH JR, T.E.WARD, T.R.NEES)      
TITLE      Investigation of 6Li-induced reactions from 54 to 99   
            MeV on Pd targets                                     
FACILITY   (ISOCY,1USAINU)                                        
INC-SOURCE 6Li+++ beams.                                          
SAMPLE     Foils produced from metal powder by annealing and      
            rolling. Thickness determined by measuring amount of  
            energy degradation of known alpha particle groups     
            from a 212Po Source. Foil oriented at an angle of 45  
            degrees with respect to the beam.                     
METHOD     (BCINT). A Longitudinally Segmented Faraday Cup.       
DETECTOR   (GELI) Coaxial Ge(Li) detectors used for in-beam and   
            off-line measurements.                                
CORRECTION Corrected for target angle and enrichment, dead time   
            losses, Faraday cup leakage and composite production  
            of a species via both reactions and decay   .         
ERR-ANALYS (DATA-ERR). Data errors estimated to be 25%. Included  
            are uncertainties from fitted gamma ray areas, beam   
            charge integration, target thickness measurements     
            and gamma ray branching ratios.                       
HISTORY    (20020724C) Converted from data set B0122 and updated. 
ENDBIB              23          0                                 
COMMON               1          3                                 
DATA-ERR                                                          
PER-CENT                                                          
  25.                                                             
ENDCOMMON            3          0                                 
ENDSUBENT           30          0