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APPLICATION OF A DISCRETE-ENERGY, DISCRETE-ORDINATES TECHNIQUE TO THE STUDY OF NEUTRON TRANSPORT IN IRON

机译:离散能量,离散定向技术在铁中子输运研究中的应用

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摘要

An algebraic equivalence between the point-energy and multigroup forms of the Boltzmann transport equation is demonstrated which allows the development of a discrete-energy, discrete-ordinates method for the solution of radiation transport problems. The method utilizes a modified version of a cross-section processing scheme devised for the moments method code BMT and the transport equation solution algorithm from the one-dimensional discrete-ordinates transport coae ANISN. The combined system, identified as MOMANS, computes fluxes directly from point cross sections in a single operation. In the cross-section processing, the group averaging required for multigroup calculations is replaced by a fast numerical scheme capable of generating a set of transfer cross sections containing all the physical features of interest, thereby increasing the detail in the calculated results.

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