## A Review of Neutron Transport Approximations |

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Professor Mac Cormick is well-known for his long review paper. This paper, is an important review paper in this regard. It combines all deterministic approximations to the transport equation between two covers. However, it totally overlooked stochastic simulations.

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algebraic equations analytically angular flux angular redistribution angular variable anisotropic approach boundary conditions cell coarse-mesh Collision Probability collocation components Computational Conf convergence coordinate coupled CP method cylindrical defined denotes derived direction domain eigenvalues emission density equa expansion coefficients expansion functions exponential integral factor finite difference finite element method Green's function homogeneous integral equation integral equation methods integral operator integral transport integrodifferential equation interface current isotropic scattering kernel Legendre linear linearly anisotropic scattering Mathematical matrix coefficients multigroup neutron balance neutron conservation Neutron Transport node normalization notation Nuclear Engineering numerical approximation obtained one-dimensional geometries optical distance outer iteration plane geometry polynomial expansions problem Proc procedure projection technique quadrature formula ray effects Reactor Calculations rebalancing recursion relation requires scattering and sources scheme singular eigenfunction solved spatial variable spherical geometries spherical harmonics surface source surface-integral tion Topi transport equation Transport Theory transverse nodal methods two-dimensional values vector yields zone