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Solid state physics is a very important basic theory course for physics, materials, electronics, chemistry and other majors. The concept of the course is very abstract and mathematical derivation is complex, which is considered to be one of the most difficult courses for these majors. This course mainly includs crystal structure, lattice vibration, free electron theory and energy band theory, focusing on the combing of logical framework and the description of physical images, with simple and concise content, clear and smooth explanation. This course has low requirements for students' basic knowledge and relatively short class hours. Students majoring in materials, electronics, physics, chemistry and other related majors can learn this course before going deep into solid theory and carrying out relevant scientific research.
Preface
Preface
Chapter 1 Formation of Crystal
1.1 Quantum Mechanics and atomic structure
1.2 Interatomic Bonding in Solids
Chapter 2 Crystal dynamics
2.1 Lattice vibration
2.2 Heat capacity model
Chapter 3 Free electrons in solids
3.1 Free electron model
3.2 Electron heat capacity and electron transport
Chapter 4 Energy Bands
4.0 Introduction and framework
4.1 One electron approximation
4.2 Bloch theorem
4.3 Kronig Penney model
4.4 Constructing energy bands
4.5 Tight-binding approximation
4.6 Motion of Electron in crystal
References include, but are not limited to:
Zhou Lingyun, quantum mechanics foundation of solid state physics
Wu Daiming, Fundamentals of solid state physics
Kittle. Introduction to solid state physics
Chen Changle. Solid state physics
Fei Weidong. Solid state physics
Garcia et al. Physics for computer science students
Some pictures and materials of this course come from the Internet or are inspired by relevant contents. Thanks to the material provider!
Associate professor
Lecturer
讲师
