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Technical Paper

The Effect of Random Geometry on the Criticality of a Multiplying System III: Three Dimensional Systems and Spherical Absorbers

Pages 13-31 | Published online: 10 Apr 2017

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A. Z. Akcasu & M. M. R. Williams. (2004) An Analytical Study of Particle Transport in Spatially Random Media in One Dimension: Mean and Variance Calculations. Nuclear Science and Engineering 148:3, pages 403-413.
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M. M. R. Williams. (2004) A Stochastic Problem Arising in the Storage of Radioactive Waste. Nuclear Science and Engineering 147:3, pages 292-306.
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M. M. R. Williams. (2003) The Effect of Random Geometry on the Criticality of a Multiplying System IV: Transport Theory. Nuclear Science and Engineering 143:1, pages 1-18.
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Articles from other publishers (7)

A. Hussein & M.M. Selim. (2012) Solution of the stochastic radiative transfer equation with Rayleigh scattering using RVT technique. Applied Mathematics and Computation 218:13, pages 7193-7203.
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Qingjie Liu, Hongchun Wu & Liangzhi Cao. (2010) Solution of the multiplying binary stochastic media based on L–P equation in 1D spherical geometry. Nuclear Engineering and Design 240:1, pages 132-138.
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M.M.R. Williams. (2006) The transmission of radiation through a spatially stochastic medium. Journal of Quantitative Spectroscopy and Radiative Transfer 101:1, pages 29-53.
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M.M.R. Williams. (2004) Uncertainties in control rod worth in a damaged reactor core. Annals of Nuclear Energy 31:9, pages 1073-1081.
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M.M.R. Williams. (2004) Some aspects of random geometry and absorption in multiplying systems and the pulsed neutron problem. Annals of Nuclear Energy 31:1, pages 25-42.
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M.M.R. Williams. (2003) The effect of random geometry on the criticality of a multiplying system V. Annals of Nuclear Energy 30:8, pages 943-949.
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M.M.R. Williams. (2003) The probability density function of the multiplication factor due to small, random displacements of fissile spheres. Annals of Nuclear Energy 30:1, pages 17-34.
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