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The neutron spectrum in the energy range of 0.1 to 5.85 MeV in the 0 ○  direction with respect to the incident proton beam accelerated in a Tandem Accelerator of the Wakasa Wan Energy Research Center (WERC), Japan, has been characterized using the multiple foil activation technique. Flux mapping of thermal and epithermal neutrons at 0 ○ , 20 ○ , 40 ○  and 60 ○  at downstream of the beam has also been carried out. The fast neutron spectrum averaged cross sections of several threshold reactions were measured. Two monitor reactions,  58 Ni( n ,  p ) 58 Co and  115 In( n ,  n ′,  γ ) 115m In, were used to determine the fast neutron flux. The use of fast neutron flux in validating some excitation functions is described.

radiochimica acta

Characterization of neutrons from a thick target              9 Be( p ,  n ) reaction by             multiple foil activation technique for practical applications:             measurement of integral cross sections and their comparison with             integrated data from data files

Characterization of neutrons from a thick target 9 Be( p , n ) reaction by multiple foil activation technique for practical applications: measurement of integral cross sections and their comparison with integrated data from data files

Characterization of neutrons from a thick target 9 Be( p ,  n ) reaction by multiple foil activation technique for practical applications: measurement of integral cross sections and their comparison with integrated data from data files