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Development of a low-energy monoenergetic neutron source for applications in low-dose radiobiological and radiochemical research
Authors:Aslam   W. V. Prestwich   F. E. McNeill  A. J. Waker
Affiliation:

a Medical Physics and Applied Radiation Sciences Unit, McMaster University, Nuclear Research Building, Hamilton, Ont., Canada L8S 4K1

b AECL, Chalk River Laboratories, Chalk River, Ont., Canada K0J 1J0

Abstract:The McMaster University 3 MV KN Van de Graff accelerator facility primarily dedicated to in vivo neutron activation measurements has been used to produce moderate dose rates of monoenergetic fast neutrons of energy ranging from 150 to 600 keV with a small energy spread of about 25 keV (1σ width of Gaussian) by bombarding thin lithium targets with 2.00–2.40 MeV protons. The calculated dose rate of the monoenergetic neutrons produced using thin lithium targets as functions of beam energy, target thickness, lab angle relative to beam direction, and the solid angle subtended by the sample with the target has also been reported.
Keywords:Monoenergetic Neutrons   Low-energy   Beam quality   Energy distribution   Dose distribution
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