"Solid State Physics I"Course Syllabus 1,General information Course Title Solid State PhysicsI PHYS3110 Course Category Major Core Majors Physics Total Hours 4credits Lecture 72 Hours Hours Instructor Wang Xue Feng Date 2021.9 Textbook Charles Kittel,Introduction to Solid State Physics(Wiley:New York,2004). 2、Course Aim (1)General Aim Solid State Physics I is a basic course of Applied Physics.The subject focuses on the relationship between the solid microstructure and particles and the law of their motion.The subject llustrates the and theory and band heory Crysta ding of solid ttice ibration,Elec energy band Electron dynamies in sod (2)Specifications: Course Aim 1:Be aware of the history and evolution of Solid State Physics:Important Course Aim 2:Grasp the fundamental principles and methods of Solid State Physics.Know well the Categories of crystals according to their geometry,atomic bindings and electronic structures.Be capable of estimating crystal properties according to their categories. Course Aim3:Master the analytical methods used in Solid State Physics,Master the method to calculate the binding energies.the phonon spectra,the electronic energy structures of typical crystals.Be capable of analyzing the transport properties of typical crystals and figuring out the electronic motion in electric field.“Solid State Physics I” Course Syllabus 1、General information Course Title Solid State Physics I Course Code PHYS3110 Course Category Major Core Majors Physics Total Hours 4 credits Lecture Hours 72 Hours Instructor Wang Xue Feng Date 2021.9 Textbook Charles Kittel, Introduction to Solid State Physics (Wiley: New York, 2004). 2、Course Aim (1) General Aim: Solid State Physics I is a basic course of Applied Physics. The subject focuses on the relationship between the solid microstructure and particles and the law of their motion. The subject illustrates the solid properties and application, especially solid state theory and band theory. The topics include: Crystal structure, Binding of solid, Lattice vibration, Electronic energy band, Electron dynamics in solid. (2) Specifications: Course Aim 1: Be aware of the history and evolution of Solid State Physics; Important developments and applications in other science and technology communities, such as materials, nanotechnologies, and electronics; and the scope of application. Course Aim 2: Grasp the fundamental principles and methods of Solid State Physics. Know well the Categories of crystals according to their geometry, atomic bindings and electronic structures. Be capable of estimating crystal properties according to their categories. Course Aim 3: Master the analytical methods used in Solid State Physics, Master the method to calculate the binding energies, the phonon spectra, the electronic energy structures of typical crystals. Be capable of analyzing the transport properties of typical crystals and figuring out the electronic motion in electric field