M1063001   20251209                                               
   M1063001   20251209                                               
         17         42                                               
 Photonuclear reactions on mercury isotopes.
 (O.V.Poriadina,S.S.Belyshev,N.Yu.Fursova,
           V.V.Khankin,A.A.Kuznetsov)                             
 (J,NP/A,1063,123206,2025)
 (4RUSMOS)
            Faculty of Physics of Lomonosov Moscow State          
            University.                                           
 (MICRT,4RUSMOS) MSU SINP race-trac microtron RTM-55.
 (BRST)
 (ACTIV)
 Natural mixture of mercury isotopes.
            A polystyrene container with an 8 mm radius and a     
            2.8 mm thickness was used as a target.                
 (HPGE) High-purity germanium GC3019 (CANBERRA)
            detector with energy resolutions of 0.8 keV at 150    
            keV and of 1.9 keV at 1332 keV.                       
 (29-CU-65(G,N)29-CU-64,,SIG)
 (M0920006,V.Varlamov+,J,BAS,80,317,2016)
 M0920006 contains evaluated cross section of
            65Cu[(g,n)+(g,np)] reaction, not of 65Cu(g,n) one.    
 To analyse the spectra of residual activity and
            calculate the intensities of gamma quanta, an         
            automatic system was used that provides data          
            visualization, separation of overlapping maxima and   
            their approximation by Gaussian curves using the      
            least squares method with standard algorithms.        
           Experimental cross sections per equivalent photon in   
            photoproton and photoneutron reactions were           
            obtained.                                             
           Since a target of natural isotopic composition was     
            used, all possible reactions were taken into account  
            in the cross section per equivalent photon using      
            formula (7) of the article.                           
 (DATA-ERR) No information on source of uncertainties.
 (M,,S.S.Belyshev+,J,BAS,68,27,2013)
            Details of the method for analysis of spectra of      
            residual activity.                                    
 (TABLE,,O.V.Poriadina+,J,NP/A,1063,123206,2025)
            Data from Table 3.                                    
 (20251002C) Data were compiled at the Russia MSU SINP
            CDFE by V.Varlamov.                                   
           (20251209U) Corrected by V.Varlamov: STATUS.           
ENDBIB              42          0                                 
EN-MAX      
MEV         
55.         
ENDCOMMON
ENDSUBENT           49          0                                 
ENDENTRY