多场耦合输运测试系统在本科生实践创新能力培养中的应用

依托科研实验室设备,指导本科生完成磁电耦合响应复合材料的制备、多场耦合输运测试系统整体框架的搭建、探针台的配置和LabVIEW图形用户界面的设计等实践过程,实现了复合材料磁电耦合性能的测试和分析。实践表明,该测试系统的开发和应用培养了学生的科研探索思维,动手动脑能力,从而在实践教学中,提高了本科生创新能力。

Based on the scientific research laboratory equipment, the construction and application of multi-field coupled transport test system and its application in materials research were taken as an example to carry out the training and exploration of the undergraduates’ engineering practical innovation ability. The students were guided to set up the multi-field coupled transport test system, to design the Lab VIEW graphical user interface and also to design a magnetoelectric coupling composite material. The magnetoelectric coupling properties of the designed material were tested using the above system. Based on this, the system improves the students’ ability of innovation and comprehensive quality.