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Cluster dynamics simulation of reactor pressure vessel steels under irradiation

机译:辐照下反应堆压力容器钢的团簇动力学模拟

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摘要

The coupling between copper rich precipitates (CRP) and point defects in neutron irradiated iron alloys and VVER steels was investigated by means of cluster dynamics (CD) simulations. The consideration of the strain energy effect on CRP kinetics as well as the application of the regular solution model for the case of different fixed copper contents of CRP provides a good agreement between the simulation results and experimental data for complex iron based alloys with small (0.015 wt%) and high (0.42 wt%) copper content. It was found that the CD simulation is applicable to irradiated VVER steel with 0.07 wt% of copper.
机译:通过聚类动力学(CD)模拟研究了中子辐照铁合金和VVER钢中富铜沉淀物(CRP)与点缺陷之间的耦合。考虑到应变能对CRP动力学的影响以及在CRP的固定铜含量不同的情况下使用正则模型的应用,为小(0.015)的复杂铁基合金的仿真结果与实验数据提供了很好的一致性wt%)和高含量(0.42 wt%)的铜。发现CD模拟适用于具有0.07重量%的铜的经辐照的VVER钢。

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