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The critical slab problem with the Anlı-Güngör scattering function

Türeci R.G.
한국원자력학회 (Korean Nuclear Society)|2023.08|Nuclear Engineering and Technology|제55권 제8호|pp. 2864-2872|DOI 10.1016/j.net.2023.04.022

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키워드

Anlı-güngor scatteringQuadratic AG scatteringHN methodThe critical slab problem
주제분류원자력공학

초록

The criticality problem in this study is studied with the recently investigated the Anlı-Güngor scattering € function. The scattering function depends on the Legendre polynomials as the Mika scattering function, but it includes only one scattering parameter, t, and its orders. Both Mika and Anlı-Güngor scattering are € the same for only linear anisotropic scattering. The difference appears for the quadratic scattering and further. The analytical calculations are performed with the HN method, and the numerical results are calculated with Wolfram Mathematica. Interpolation technique in Mathematica is also used to approximate the isotropic scattering results when t parameter goes to zero. Thus, the calculated results could be compared with the literature data for isotropic scattering

Abstract

The criticality problem in this study is studied with the recently investigated the Anlı-Güngor scattering € function. The scattering function depends on the Legendre polynomials as the Mika scattering function, but it includes only one scattering parameter, t, and its orders. Both Mika and Anlı-Güngor scattering are € the same for only linear anisotropic scattering. The difference appears for the quadratic scattering and further. The analytical calculations are performed with the HN method, and the numerical results are calculated with Wolfram Mathematica. Interpolation technique in Mathematica is also used to approximate the isotropic scattering results when t parameter goes to zero. Thus, the calculated results could be compared with the literature data for isotropic scattering

참고문헌 (37)

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