Home / Store / Journals / Electronic Articles / Nuclear Science and Engineering / Volume 110 / Number 3 / Pages 262-274
E. Temesvári, M. Makai
Nuclear Science and Engineering / Volume 110 / Number 3 / Pages 262-274
Format:electronic copy (download)
To exclude the reflector region during core calculations, the relationship between group currents and fluxes is investigated in a 60-deg homogeneous sector. With given normal currents on the boundary, a two-dimensional analytical solution to the four-energy-group diffusion equation is derived. Furthermore, a numerical procedure is presented to calculate the flux distribution on the boundary, with a given normal current distribution there. Numerical results are presented to illustrate the coupling between fine-mesh cell edges and between energy groups, as well as to illustrate the impact of the current distribution on the flux distribution.
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