脉冲强磁场实验装置虚拟仿真实验教学系统设计

Design of virtual simulation experimental teaching system for pulsed high magnetic field facility

为解决脉冲强磁场实验装置难以直接用于实验教学问题,构建了脉冲强磁场实验装置虚拟仿真实验教学系统。通过设计认知学习、虚拟装配、参数设计等多个不同模块层级的虚拟训练,旨在使学生充分了解和掌握脉冲强磁场实验装置的组成、工作原理和基本设计方法。该虚拟仿真系统开辟了大科学装置实验教学新路径,在学生工程实践能力培养、科研反哺教学、学科交叉融合等方面取得了显著成效。

In order to solve the problem that the pulsed high magnetic field facility is difficult to be directly applied for experimental teaching,a virtual simulation experimental teaching system for the pulsed high magnetic field facility is constructed.By designing cognitive learning,virtual assembly,parameter design and other virtual training at different module levels,this system aims to enable students to fully understand and master the composition,operational principle and basic design method of the pulsed high magnetic field facility.The developed virtual simulation system opens up a new path for experimental teaching of large scientific facilities,and achieves remarkable teaching effects on the cultivation of students’engineering practice ability,promotion of scientific research to teaching,and interdisciplinary integration.