ENTRY            B0105   20011220
SUBENT        B0105001   20011220                                 
BIB                 15         51                                 
TITLE      Radiochemical Study of Alpha Particle Emission in      
           Reactions of Hg-202 with 10-86 MeV Protons             
AUTHOR     (M.V.KANTELO, J.J.HOGAN)                               
INSTITUTE  (1CANMCG) Department of Chemistry                      
REFERENCE  (J,PR/C,13,1095,1976)                                  
FACILITY   (SYNCY,1CANMCG)                                        
METHOD     (INTB,SITA,MOMIX,CHSEP)                                
           Au-195 Tracer was Used to Monitor the Chemical Yield   
           By Measuring the 99 KeV Gamma Rays. The Measurements   
           Were Made at Least 20 Days After Irradiation to Avoid  
           Interference from the 97 KeV Photons of Au-198-M.      
           The Mean Chemical Yield was 50%.                       
DETECTOR   (GELI)                                                 
SAMPLE     Target Consisting of a Uniform Mixture of Hg-Oxide     
           Enriched in Hg-202 and of Spectroscopically Pure       
           Cu-Oxide. Hg-Oxide Contained 91.14% Hg-202, 5.9        
           Hg-201, Less Than 1% of Each of the Remaining Four     
           Hg-Isotopes and Less Than 0.01% Chemical Impurity of   
           Interfering Elements.  The Target Mixture was Contained
           In a Thin Walled Al-Tube                               
MONITOR   1(29-CU-63(P,N)30-ZN-63,,SIG,,,EXP)                     
          2(29-CU-65(P,X)29-CU-64,IND,SIG,,,EXP)                  
MONIT-REF 1(B0057002,R.COLLE+,J,PR/C,9,1819,1974)                 
          2(B0023002,D.A.NEWTON+,J,JIN,35,361,1973)               
DECAY-MON 1(30-ZN-63,38.8MIN,DG,670.,0.0847)                      
          2(29-CU-64,12.82HR,AR,511.,0.386)                       
CORRECTION Disintegration Rates were Corrected For Decay, Counter 
           Efficiency, Absorption, Photon Abundance and Chemical  
           Yield. The Photon Abundances in the Decay Data are     
           Corrected For Internal Conversion.                     
ERR-ANALYS (ERR-T) The Errors Given Include Uncertainties         
           Associated with Decay Curve Analysis, Detector         
           Efficiencies, Uncertainties in Decay Schemes and       
           Chemical Yields.  The Beam Energy Given is the  Nominal
           Average Energy at a Given Cyclotron Radius, Estimated  
           To have an Uncertainty of +-2 MeV, Corrected For Energy
           Loss in the Thin Target.                               
ADD-RES    The Main Goal of this Work was to Study Alpha-Particle 
           Emission from Definite Reactions. Thus, a Method is    
           Described For Decomposing the Measured (P,2PXN)        
           Excitation Functions Into the Alpha- And Two-Proton    
           Component. Excitation Energy Spectra For Alpha-Emission
           Events are Derived.                                    
HISTORY    (19790410C)Lakw                                        
           (19940712A) Some Corrections have Been Included by     
            CAJAD                                                 
           (19950405A). Some Corrections For 'Reaction'.          
           (19980923A) Lower Case. Comment For Au-192 Decay Data  
            is                                                    
           Added.                                                 
           (20011010U) Last checking has been done.               
ENDBIB              51                                            
NOCOMMON                                                          
ENDSUBENT           54