摘要
霍尔效应仿真实验采用面向对象技术,以模块化、局部化、可重复性和拓展性为设计原则,实现了LabVIEW环境下实验仪器的数值建模和图像建模,以事件驱动方式实现实验场景和仪器界面及操作的仿真.结果表明该类仿真实验在仿真性、交互性、设计性、结果的处理和报告的提交上都达到了很好的仿真和实现,能实现良好的教学效果,有效缓解实验室压力.
Under the LabVIEW environment,with the design principles of modular,localization,repeatability and expand,the numerical modeling and image modeling of experimental apparatus can be carried out by using object- oriented technology. The experimental scenes and instruments in event- driven way interface and the simulation of the operation are realized. The results have shown that the simulation experiment can be arrived in good simulation and implementation in the simulation,interactivity,design,processing and report submitted on the results of all. It can achieve good teaching effect and alleviate the pressure of the laboratory.
出处
《大学物理》
北大核心
2015年第7期26-29,共4页
College Physics
基金
广州市科技和信息化局科普计划项目(2014KP000043)
教育部创新团队项目
the PCSIRT(Grant No.IRT1243)资助
