摘要
将获得诺贝尔奖的测量放射性物质辐射强度实验的理论知识、实验方法与虚拟仿真技术进行融合,设计了融入科学研究方法的虚拟仿真综合实验教学项目.通过构建全过程、多环节和沉浸式的在线实验教学环境,学生可以应用比较测量法等,掌握获得微小电荷量与饱和电流的实验方法,加深对放射性物质辐射强度测量原理的理解,体验科学发现的历程.
Based on the fusion of the theory knowledge,experimental methods and virtual simulation technology of the experiment which won the Nobel Prize for measurement of the radiation intensity,the virtual simulation comprehensive experimental project was designed involving scientific research methods.By building the whole process,many links and immersion online experiment teaching environment,students could apply comparative measurement and other means to master the experimental methods of obtaining small charge and saturation current,deepen their understanding on the principle of measuring the radiation intensity of materials,and experience the process of scientific discovery.
作者
于婷婷
方恺
张冶文
AndréPierre Legrand
Bernard Pigelet
金佳
倪晨
羊亚平
YU Tingting;FANG Kai;ZHANG Yewen;AndréPierre Legrand;Bernard Pigelet;JIN Jia;NI Chen;YANG Yaping(School of Physics Science and Engineering,Tongji University,Shanghai 200092,China;College of Electronic and Information Engineering,Tongji University,Shanghai 201804,China;ESPCI Paris,PSL Research University,Paris 75005,France)
出处
《物理实验》
2023年第6期29-35,共7页
Physics Experimentation
基金
同济大学实验教学改革基金项目(No.1370104323,No.1370104326)。
关键词
放射性
居里实验
虚拟仿真实验
radiation
Curie experiment
virtual simulation experiment
