1.
Feasibility of the Entry of Wushu s Gongli into Wushu Class;
武术功力成为学校武术教学内容的可行性研究
2.
Present Situation and Countermeasures of the Development of Wushu Effect Match;
武术功力大赛的发展现状与对策研究
3.
Feasibility about setting up national championship of material art effect;
关于设置全国武术功力锦标赛的可行性研究
4.
The Current Situation Analysis and Countermeasure of the First National Wushu s Gongli Match Studied;
首届全国武术功力大赛的现状分析与对策研究
5.
Feasibility Study on Introduction of Traditional Martial Arts Force and Skill Training into Free Fighting Sport
散打运动引入传统武术功力训练的可行性研究
6.
On the Scientific Arrangement of the Competition Instruments in the National Wushu Kongfu Competition
关于全国武术功力大赛器械的科学化设置研究
7.
He Scientific Development Research of "the Comparison of Force by Using Long Stem"--One Game of the National Martial Arts Skill Competition
全国武术功力比赛“长杆较力”项目技术的科学发展研究
8.
A Study of the Scientizational Development of Unarmed Combat on Pegs in National Wushu Gongli Competition;
关于全国武术功力比赛“桩上徒搏”项目的科学化发展研究
9.
Martial Arts Education Function and the Cultivation of P.E. Major Students Comprehesive Ability;
武术的教育功能对体育教育专业学生武术综合能力的培养
10.
From Emphasis on Military Power to Art Performs --The Ancient Military Dances and Describe with Fighting Skill in Verse;
从武力崇尚到艺术表演——诗歌中的古代军事舞蹈与武功描写
11.
Analysis of the Oversea College Students Recognition of the Value Function of the "Soft Capability" of Martial Arts;
侨校大学生对武术“软实力”价值功能认识的研究
12.
The Traditional Wushu Power Training Methods and Modern Core Strength Training
中国传统武术功法与现代核心力量训练的研究
13.
On the Development of Wushu from the Evolvement of the Wushu s Value Function;
从武术的价值功能演变看武术的发展
14.
A Study on the Development of Wushu from the Perspective of Its Social Functions;
从武术的社会功能看武术运动的发展
15.
On the New Classification of Wushu from the Evolution of Value Function;
从武术价值功能的演进看武术新分类
16.
Chinese Wushu and Qigong are matchless in the world.
中国武术、气功，举世无双。
17.
"Then, how about the qigong and the martial arts?"
那么，武术与气功呢?
18.
Biomechanical Analysis of Improving the Success Rate of Tornado Feet Turn 720° in Martial Arts
提高武术旋风脚转体720°动作成功率的生物力学分析