Fundamentals of Materials Science

Credit: 2

Period: 40

Course number: 111030

This course introduces some basic theoretical knowledge about materials systematically and comprehensively, such as the combination of materials, crystal structure of material, crystal structure defect, material phase structure and phase diagram, the diffusion of solidification, plastic deformation and strengthen of material and material meta-stability. Through the theoretical teaching, the students can master the basic theory, analyze and solve the problems and develop the ability to explore new knowledge.

Physical Properties of Materials

Credit: 2

Period: 40

Course number: 111025

The course systematically introduced electrics, thermotics, magnetics, optics and dielectric properties of materials. It will help students to know well the correlation of microstructure and physical property of materials. The fundamental theory and method in Physical Properties of Materials will help students to master the effect of dominant factor on physical properties and achieve a solid foundation in research and development of new materials.

Testing Techniques of Material Property 

Credits: 2.0

Study hours: 30

Curriculum code: 0 927201

It is one of fundamental courses for undergraduate students who are major in material physics. Materials with mechanical, electrical, magnetic, optical, thermal, acoustic, chemical and biological functions properties have wide application in the industry and the lives of people. The testing properties of materials include hardness, toughness, wear resistance, electrical resistance, dielectric constant, dielectric loss, polarization hysteresis loops, magnetic hysteresis loops, refractive index, transmittance, et al. The testing methods of material properties are very important for the application of the materials. In this course, it provides the testing methods of material properties involving nanoindentation, ferroelectric tester, vibrating sample magnetometer, impedance analyzer, spectroscopic ellipsometry, and more.

Photochemistry and Electrochemistry

Photochemistry and Electrochemistryis a major course for chemical process technology graduation student. The main contents include two parts of photochemical theory and electrochemical theory. The task of this course is to make students have a more comprehensive, systematic understanding and correct understanding the basic concepts, the principle and method of photochemistry and electrochemistry. The aim of this course is to master the necessary knowledge of photochemistry and electrochemistry system, and to have preliminary ability knowledge and principles of application of science to solve some practical problems.

Structure and properties

Credits: 2

Study hours: 40

Curriculum code: 0923100

This is one of the fundamental courses for graduate students who are major in material physics. In this course, basic structure and the relation between structure and properties of material will be introduced. The key points are the introduction about the effect of chemistry bond on the structure, morphology and properties. The origin and cause of symmetry, including the symmetry of molecular and crystal, the basic concept of symmetry and group, will be studied. These contents are helpful for the research content of the students.

Modern Optical Testing Technique

Credit: 2

Periods: 40

Course ID: 111023

It is one of degree courses for graduate students who are major in chemical and physical Technology. This course is mainly focused on modern optical testing technique. The contents include fundamental theory of optics, light source and detector, optical signal measurement, optical interference technique, optical diffraction technique, optical holographic technique, spectrum analysis and polarization measurement technology.

Static High Pressure Experimental Technique

Institution: Physics and Electronic Engineering Institute

Credit: 2

Periods: 40

Course ID:

This course is mainly focused on static high pressure science and technology. The contents include static high pressure experimental technique, the synthetic methods of materials under high pressure, and the structure and properties under high pressure. Meanwhile, the influence rule of pressure on the structure and properties are introduced.

Condensed Matter Physics

Credit: 2

Period: 40

Course number: 111021

The course is one of fundamental courses for graduate students whose major is chemical and physics technology. It introduced the structure and wave behave of condensed matter, energy band theory, phase transition and ordered phase, transport property, theory of magnetism and superconductivity, etc. based on the experimental facts and laws inCondensed Matter Physics. The fundamental theory and method in Condensed Matter Physicswill help students to get the knowledge, skills, and competencies required to study the frontier physical and chemical technology problems.