КОМБИНИРОВАННЫЙ МЕТОД РАСЧЕТА ЗАЩИТЫ ЯЭУ

И. Р. Суслов, И. А. Лямцев

Аннотация


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Литература


Wagner J., Peplov D., Mosher S., Evans T. Review of hybrid (deterministic/Monte Carlo) radiation transport methods, codes, and applications at Oak Ridge national laboratory. - Progress in Nucl. Sci. Technol., 2011, v. 2, p. 808-814.

Munk M., Slaybaugh R., Pandya T., Johnson S. FM-CADIS-O: an angle-informed hybrid method for deep-penetration radiation transport. - In: PHYSOR 2016. Sun Valley, 1-5 May 2016, p. 1069-1089.

Griesheimer D., Nease B. Improved weight window variance reduction for coupled radiation Monte Carlo transport сalculations. - Ibid., p. 3306-3315.

Suslov I.R. Improvements in the long characteristics method and their efficiency for deep penetration calculations. - Progress in Nucl. Energy, 2001, v. 39, p. 223.

MCCG3D - 3D Discrete Ordinates Transport Code for Unstructured Grid/State of Art and Future Development. - В сб.: Нейтроника-96. Обнинск, ГНЦ РФ - ФЭИ, 1996, c. 162.

Suslov I.R. An improved transport theory schemes based on the quasi-stationary derivatives principle. - In: Proc. Intern. Conf. on Math. Meth. and Supercomputing in Nucl. Applications. USA, 5-9 October 1997.

MCNP - a General Monte Carlo W-Particle Transport Code, Ver. 4B. LANL-12625-M, 1997.

RSICC Computer Code Collection. Twodant-Sys. One-and Two-Dimensional, Multigroup, Discrete-Ordinates Transport Code System. ORNL, CC-547, 1992.

X-5 Monte Carlo Team. MCNP - a General Monte Carlo W-Particle Transport Code, Ver. 5. V. II. User’s Guide. LANL, 2003.

Суслов И.Р., Лямцев И. А. Гибридный метод расчета защиты ЯЭУ: Препринт ГНЦ РФ - ФЭИ-3267. Обнинск, 2016.


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