1.
The Reform Study of Teaching Contents and Methods on the Mechanics of Engineering Physics;
工科物理力学教学内容和方法的改革探究
2.
The Teaching Characteristics of Quantum Mechanics in Engineering Physics
工科物理专业量子力学教学特点分析
3.
The teaching reform of engineering physics and the cultivation of creative ability of students;
工科物理教学改革和学生创新能力的培养
4.
On Investigation upon Creative Ability of Engineering University Students in Physics Experiment;
工科大学生物理实验创新能力的调查分析
5.
Study of Heuristic Teaching and Cultivation of Independent Creativity in Physics Teaching in Engeering Colleges
工科大学物理启发式教学与学生自主创新能力培养
6.
On the Approaches to Cultivating Competitive Ability of University Discipline--A Comparison of Competitive Abilities of Engineering and Thermal Physics Discipline in Two Universities;
论大学学科竞争力的培育途径——基于两所大学工程热物理学科竞争力比较分析的建议
7.
On Training Innovating Ability of the Engineering Students in Physics Teaching;
在工科物理教学中培养学生创新能力的探索与实践
8.
Research on the Non-intelligence Factors' Questionnaire about the Learning of Physics of Vocational College Students
工科高职学生影响物理学习的非智力因素问卷的研究
9.
The Students′ Competence Training of "Science Research" in Physics Teaching;
物理教学中学生“科学探究”能力的培养
10.
English Competence Cultivation of Science Majors;
理工科大学学生英语学习能力的培养
11.
Exploration into the reform of college physics teaching in non-physics specialities;
理工科非物理专业大学物理教学改革的探索
12.
International Union for Physical and Engineering Sciences in Medicine
国际药物物理和工程科学联合会
13.
Cultivating the science quality of students in teaching of college engineering physics experiment;
在工科物理实验教学中培养学生的科学素质
14.
The Research on Cultivating the Middle School Students Ability of Reading Physics Materials Effectively;
中学生物理的科学阅读能力培养研究
15.
Current Situation and Countermeasure of Physics Subject Ability for Students in High School;
高中学生物理学科能力的现状及对策
16.
TRIZ Theory and Innovation Ability Training;
TRIZ理论与理工科大学生创新能力培养
17.
Problems and Solutions in Aural Comprehension;
理工科大学生听力理解提高途径分析
18.
Establish Department of Applied Physics and Perfect the Group of Technology Disciplines;
建立应用物理系 完善理工学科群