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本文首先简单地介绍了我院“核动力工程全范围虚拟仿真实验教学中心”的基本建设情况。在此基础上,深入地阐述了虚拟仿真实验平台对创新型人才培养的重要作用。最后,本文具体地介绍了我院该虚拟仿真中心在创新型人才培养方面的两个具体实例。第一个是运用MCNP等软件对反应堆堆芯物理核辐射屏蔽相关专业学科的学习和研究,第二个是利用分子动力学软件模拟高能粒子辐照对材料性能的影响。总体来说,虚拟仿真实验平台既是对传统教学方法的一个有力补充,又是现代教学和人才培养中不可或缺的重要部分。本文通过对我院虚拟仿真实验平台对创新型人才培养方面的介绍和探究能够对其他高校的虚拟仿真实验平台的建设和创新型人才培养提供一个参考。
This article first briefly introduced our hospital “Nuclear Power Engineering full range of virtual simulation experiment teaching center ” basic construction situation. On this basis, it expounds the important role of virtual simulation platform in training creative talents. Finally, this article concretely introduced two concrete examples of the innovative simulation training center in our institute. The first is the use of MCNP and other software on the reactor core physical radiation shielding related disciplines of study and research, the second is the use of molecular dynamics software simulation of high-energy particle irradiation on the material properties. Overall, the virtual simulation platform is not only a powerful supplement to the traditional teaching methods, but also an integral part of modern teaching and personnel training. This article provides a reference to the construction of virtual simulation experiment platforms and innovative talents training in other universities through the introduction and exploration of innovative talents training in our college virtual simulation platform.