《磁电子学》课程简介（本科）.docx

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1、磁电子学课程简介课程英文名Magnetoelectronics课程代码J0702Z10学分2总学时32理论学时32实验/实践学时0先修课程固体物理学磁性物理学量子力学适用专业应用物理学内容简介 （中文）课程定位：磁电子学是微电子学和磁性物理学的重要发展的新兴学科；磁电子 学器件在现代工业自动控制和信息科学技术中有非常广泛的应用前景和巨大的经济 效益。课程目标：使学生理解和掌握磁电子学的基本概念、现象和基本规律，理解磁 电子学器件原理和模型，打好理论基础；使学生了解磁电子学科前沿研究和最新进 展的研究信息，培养学生对知识的理解能力和应用能力,提高了学生的创新意识和创 新能力。课程内容包括：磁电子

2、学的核心物理问题；巨磁电阻GMR效应；隧道磁电阻 TMR效应；庞磁电阻效应；自旋角动量转移效应；磁电子学的应用；多铁性材料的 研究进展。Course Orientation: Magnetoelectronics is an emerging discipline in the development of microelectronics and magnetic physics; magnetic electronics devices have very wide application prospects and huge economic benefits in modern ind

3、ustrial automation and information science and technology.Objectives of the course: To enable students to understand and master the basic concepts,内容简介 （英文）phenomena and basic laws of magnetic electronics, to understand the principles and models of magnetic electronics devices, and to lay a solid th

4、eoretical foundation; to enable students to understand the frontier research and latest research information of magnetic electronics, and to develop The students ability to understand and apply knowledge improves the students, awareness of innovation and their ability to innovate.Course contents include: the core physics of magnctoclcctronics; giant magnetoresistance GMR effect; tunnel magneloresistance TMR effect; Pangmagnetism effect; spin angular momentum transfer effect; application of magnetic electronics; research progress of multiferroic materials.执笔人审定人制定时间2019年03月