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Öğe Albedo and constant source problems for extremely anisotropic scattering(Carl Hanser Verlag, 2013) Kocmen, M. A.; Tegmen, A.; Tureci, D.; Gulecyuz, M. C.; Tureci, R. G.The half-space albedo problem and the constant source problem have been solved for a combination of the linearly anisotropic scattering and Inonu's scattering functions. The linear transport equation for extremely anisotropic scattering kernel can be converted into an equivalent equation with a linearly anisotropic scattering kernel and the modified F-N method can be used for albedo calculations.Öğe The critical slab problem for pure-triplet anisotropic scattering by singular eigenfunction method(Carl Hanser Verlag, 2017) Tureci, R. G.; Tureci, D.The infinite medium Green function can be written by using the jump condition, found Case's eigenfunctions. Thus, any reactor theory problem which is inplane geometry such the criticality problem as can be investigated by using the proper boundary conditions and suggested flux definitions. By using the criticality equation the critical thicknesses can be calculated as numerically. The selected numerical results can be tabulated.Öğe Half-space albedo problem with modified F-N' method for linear and quadratic anisotropic scattering(Carl Hanser Verlag, 2017) Tureci, R. G.; Tureci, D.One speed, time independent and homogeneous medium neutron transport equation can be solved with the anisotropic scattering which includes both the linear anisotropic and the quadratic anisotropic scattering properties. Having solved Case's eigenfunctions and the orthogonality relations among these eigenfunctions, some neutron transport problems such as albedo problem can be calculated as numerically by using numerical or semi-analytic methods. In this study the half-space albedo problem is investigated by using the modified F-N method.Öğe Slab albedo for linearly and quadratically anisotropic scattering kernel with modified F-N method(Carl Hanser Verlag, 2017) Tureci, R. G.; Tureci, D.One speed, time independent and homogeneous medium neutron transport equation is solved with the anisotropic scattering which includes both the linearly and the quadratically anisotropic scattering kernel. Having written Case's eigenfunctions and the orthogonality relations among of these eigenfunctions, slab albedo problem is investigated as numerically by using Modified F-N method. Selected numerical results are pesented in tables.Öğe The Slab Albedo Problem for Pure-Triplet Anisotropic Scattering by Singular Eigenfunction Method(Amer Inst Physics, 2017) Tureci, D.; Tureci, R. G.One-speed, time independent and homogenous medium neutron transport equation can be solved by using pure-triplet anisotropic scattering. This solution bases on finding the Case's eigenfunctions and the orthogonality relations of these eigenfunctions. The infinite medium Green function can be written by using the jump condition after finding Case's eigenfunctions. The slab albedo problem can be investigated as numerical by using suggested solutions over surfaces with the singular eigentimetion method which bases on the infinite medium Green function. The selected numerical results can be tabulated.
