Comparison between benoist and selengut diffusion coefficients in one-velocity theory when absorbing media are present in the cell

Ph. Berna
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引用次数: 1

Abstract

Using heterogeneous formalism we calculated Selengut equivalent diffusion coefficient and absorption cross-section for a heterogeneous cell, containing absorbing media. The observed deviation between Benoist and Selengut diffusion coefficients and also between average and Selengut absorption cross-sections are almost exactly compensated by cell-edge flux normalisation in the thermal group.

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吸收介质存在时单速理论中benoist和selengut扩散系数的比较
采用非均相形式计算了含吸收介质的非均相电池的硒古特等效扩散系数和吸收截面。观察到的Benoist和Selengut扩散系数之间的偏差以及平均和Selengut吸收截面之间的偏差几乎完全由热组中的细胞边缘通量归一化补偿。
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The neutron yield from Li, Be, Co and Cu under proton bombardment at energies from 5 to 10 MeV The emission spectra of NaD2O, InBe, LaBe and NaBe photoneutron sources Neptunium-237 production and recovery An exact solution of a transcendental equation basic to the theory of intermediate resonance absorption of neutrons Mathematical theory of transport processes in gasesJ. H. Ferziger and H. G. Kaper, North Holland, Amsterdam (1972). pp. 579
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