ONE-DIMENSIONAL DISCRETE ORDINATES ADJOINT CALCULATIONS OF CYLINDRICAL TARGET RESPONSES TO PLANE-INCIDENT SOURCES
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abstract
Adjoint transport calculations provide an efficient means for determining the response of various targets to external sources of radiation. In the present paper, the fission response of a small, cylindrically symmetric target to a plane-incident beam of neutrons is determined through three techniques. a discrete summation using EQN quadratures, a discrete summation using Lobatto quadratures, and an exact integral of a spherical harmonic interpolation of EQN angular fluxes.