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首页> 外文期刊>Nuclear instruments and methods in physics research >Application of pulsed multi-ion irradiations in radiation damage research: A stochastic cluster dynamics simulation study
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Application of pulsed multi-ion irradiations in radiation damage research: A stochastic cluster dynamics simulation study

机译:脉冲多离子辐照在辐射损伤研究中的应用:随机簇动力学模拟研究

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Under the multi-ion irradiation conditions present in accelerated material-testing facilities or fission/fusion nuclear reactors, the combined effects of atomic displacements with radiation products may induce complex synergies in the structural materials. However, limited access to multi-ion irradiation facilities and the lack of computational models capable of simulating the evolution of complex defects and their synergies make it difficult to understand the actual physical processes taking place in the materials under these extreme conditions. In this paper, we propose the application of pulsed single/dual-beam irradiation as replacements for the expensive steady triple-beam irradiation to study radiation damages in materials under multi-ion irradiation.
机译:在加速材料测试设施或裂变/聚变核反应堆中存在的多离子辐射条件下,原子位移与辐射产物的综合作用可能会在结构材料中引起复杂的协同作用。但是,使用多离子辐照设备的途径有限,并且缺乏能够模拟复杂缺陷及其协同作用的计算模型,因此很难理解在这些极端条件下材料中发生的实际物理过程。在本文中,我们提出应用脉冲单/双光束辐照代替昂贵的稳定三光束辐照,以研究多离子辐照下材料的辐射损伤。

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