首页> 外文期刊>Physics of atomic nuclei >Monte Carlo simulation of the neutron characteristics of VVER-1000 core using the MCU-PD program and comparison of the results with calculations by the BIPR-7A program and experimental data
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Monte Carlo simulation of the neutron characteristics of VVER-1000 core using the MCU-PD program and comparison of the results with calculations by the BIPR-7A program and experimental data

机译:使用MCU-PD程序对VVER-1000核的中子特性进行蒙特卡罗模拟,并将结果与​​BIPR-7A程序的计算结果和实验数据进行比较

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摘要

The Monte Carlo method has been used to simulate the neutron transport in nuclear reactors for over fifty years. Fast progress in computer power and development of more and more robust and reliable algorithms, codes, and nuclear databases allow solving more challenging problems, including three-dimensional (3D) simulations of full-scale reactor cores. Short descriptions of a full-scale 3D model of the VVER-1000 core and algorithms and methods implemented in the MCU-PD and BIPR-7A codes and a comparison of the calculations by each program as well as a comparison with experimental data are given in this paper.
机译:蒙特卡罗方法已用于模拟核反应堆中的中子传输已有五十多年了。计算机能力的飞速进步以及越来越强大和可靠的算法,代码和核数据库的开发,可以解决更具挑战性的问题,包括全尺寸反应堆堆芯的三维(3D)仿真。简要描述了VVER-1000内核的完整3D模型以及在MCU-PD和BIPR-7A代码中实现的算法和方法,并对每个程序的计算结果进行了比较,并与实验数据进行了比较。这篇报告。

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