ENTRY            A0660   20040213
SUBENT        A0660001   20040213                                 
BIB                 13         44                                 
TITLE      Isotopic cross sections of 12C fragmentation on        
           hydrogen measured at 1.87 and 2.69 GeV/nucleon         
AUTHOR     (A.Korejwo, M.Giller, T.Dzikowski, V.V.Perelygin,      
           A.V.Zarubin)                                           
INSTITUTE  (3POLLOU) Division of Nuclear Physics and Radiation    
            Safety And Division of Experimental Physics           
           (4ZZZDUB) Laboratory of Particle Physics               
REFERENCE  (J,JP/G,28,1199,2002)                                  
REL-REF    (N,A0661001,A.KOREJWO+,J,JP/G,26,1171,2000) Data for   
           3.66 GeV/nucleon and more detailed description of      
           experimental device.  Positions of some detectors were 
           changed only.                                          
FACILITY   (SYNCY,4ZZZDUB) Slow extraction beam vp-1              
DETECTOR   (SPEC) The ANOMALON magnetic spectrometer is based on a
           system of multiwire proportional chambers (MWPC) and an
           analysing magnet.  It also includes a Cherenkov        
           hodoscope for determining fragment charges, a trigger  
           system consisting of scintillation and Cherenkov       
           detectors, and a beam monitor.  For the beam           
           fragmentation cross section measurements the ANOMALON  
           set-up was equipped with a liquid hydrogen target.     
            MWPCs constitute a coordinate detector for determining
           The positions of the charged-particle tracks.          
           More detailed description see:                         
           1. A.V.Zarubim et al., JINR B1-1-93-444 (1993)         
           2. Yu.T.Borzunov et al., JINR Rapid Commun. 1/81 (1997)
SAMPLE     The target is 59 mm in diameter and 136 mm long        
            (equivalent to 0.94 g/cm**2).  The total thickness of 
           the two mylar windows is 67 mg/cm**2.                  
METHOD     (SITA,EXTB)                                            
           (COINC,MASSP)                                          
HISTORY    (20040213C)                                            
           (20040213U) Last checking has been done.               
CORRECTION The background correction factor has been calculated   
           separately for each isotope using the results of       
           measurements with an empty target and with hydrogen.   
ERR-ANALYS (ERR-S) Statistical error.                             
           (ERR-1) The systematic errors are due mainly to        
           uncertainty regarding the efficiency of track          
           reconstruction (varying with Z). Other Factors being   
           negligible.                                            
           (ERR-T) Total uncertainty.                             
ADD-RES    (COMP) Comparision of the results with other           
           experimental data and predictions.                     
ENDBIB              44                                            
NOCOMMON                                                          
ENDSUBENT           47