1, lecture courses taught in recent five years

Course name, course category, total class hours, weekly class hours and total number of students.

Basic course of materials science (undergraduate): 360 students in the 60 6 5 session.

There are 360 students in the structural defect degree course.

Compulsory course of material corrosion and protection, class 28 2 2 150 students.

2. Practice teaching

Course name, class hours, total number of students

Undergraduate graduation thesis, 3 sessions, 3 people.

The fifth basic experiment of materials science 180 people.

The comprehensive and processing experiment (8 hours) consisted of 3 sessions with 320 people.

Material performance test (10 class hour) with 320 people in 3 sessions.

Production practice 1 session of 30 people know that there are 60 people in the second session of internship.

3. Teaching and research projects

1) The provincial-level excellent course construction of "Fundamentals of Materials Science", a provincial educational reform project, ranked sixth in 2002-2004.

2) Research on teaching methods and examination methods of the school-level educational reform project "Fundamentals of Materials Science" 200 1 ranked seventh.

3) The Tenth Five-Year Plan, the construction of basic teaching materials for materials science, and the school-level educational reform project ranked sixth.

4. Teaching research papers

1), Lei, Qing Xu, Research and Practice on Teaching Reform of Introduction to Materials, Theory and Practice of Higher Education, 200 1, 20 (1): 25-27.

2) Discussion and Experience on Improving the Teaching Effect of Silicate Physical Chemistry, China Higher Education Research Series, Volume 17, No.2, Dalian Publishing House,117-19, Gu Shaoxuan, Huang, Zhang, 2000.

5. Teaching reward

1) The teaching plan of Fundamentals of Materials Science won the second prize of the school's teaching plan evaluation;

2) The basic teaching plan of materials science won the third prize in the evaluation of the teaching plan of materials college.

6. Academic research

1. Academic research projects undertaken in recent five years

Study on the mechanism of cobalt in the process of low temperature carbonization of nano-tungsten carbide, school fund, 2003 ~ 2004, director

2) Study on Two-position Composite Substitution and Piezoelectric Properties 2)NBT-based Ceramics, National Natural Science Foundation of China, 2003. 12 ~ 005. 12, fourth,

3) Study on mixed conductivity of layered La2-xSrxNi 1-yCoyO4+δ system, funded by the Ministry of Education, 2005. 1 ~ 2007. 12, fifth.

4) Electronic Structure of Ln1-xsrxfe1-ycoyo3 Composite Oxide, Special Research Fund for Doctoral Program in Colleges and Universities, 2004. 1 ~ 2005. 12, fifth issue.

2. Academic papers

1) Qin Linqing, Zhang Feng, Wu Berlin, et al .. Wear properties of fine-grained alumina balls. -Mater. Sci。 Edited by …, 2000, 15( 1): 66-70.

2) Liu Xiaofang, Zhang Feng, Sun Huajun, structure and infrared radiation characteristics of Zn2+ solid solution cordierite system. Functional materials, 2003,34 (1): 88-90.

3) Electronic structure and infrared radiation characteristics of spinel systems of Zhou Jing, Zhang Feng, Liu Xiaofang, Qing Xu, Chen Wen and Fe-Mn-Cu-Co. Journal of Silicate, 2002,30 (5): 545-549