1.
Kinematic Analysis on Taking off Technique of Chinese Female Long Jumpers;
我国女子跳远运动员起跳技术的运动学分析
2.
Restudy on the Character of Female Long Jumpers Techniques in the Air;
女子跳远运动员空中技术特征再认识
3.
Kinematic Study of Swing Technique of Female Long Jumpers during the Phase of Takeoff;
女子跳远运动员起跳过程中摆动腿技术的研究
4.
Kinematical Study on Free Leg Movement in Take-off Phase of Elite Chinese Women Long Jump;
中国优秀女子跳远运动员起跳过程摆动腿技术的运动学研究
5.
Kinematic diagnose of swing legs in the phase of approaching and take-off of Chinese elite female long jumpers;
我国优秀女子跳远运动员摆动腿在助跑与起跳阶段的运动学诊断
6.
A Kinetic Research on the Link-up Skills of Running up with Take-off for Outstanding Female Long Jump Athletes in China;
我国优秀女子跳远运动员助跑与起跳衔接技术运动因素研究
7.
Kinematic Analysis on Takeoff Technique of Chinese Woman Elite Long Jumpers;
对我国优秀女子跳远运动员起跳技术的运动学研究
8.
Analysis on Guan Ying-nanTechnical Patential of Elite Female long Jump player;
优秀女子跳远运动员关英楠的技术潜力分析
9.
An Analysis on China's Elite Women Long Jumpers' Swinging Leg Technique during Take-off
我国优秀女子跳远运动员在起跳过程中摆动腿技术分析
10.
Influences of technique in the air on take off results among national excellent female long jumper;
我国优秀女子跳远运动员空中技术特征对起跳效果的影响
11.
On the Technique Training of Young Female Triple Jumpers;
女子青少年三级跳远运动员技术训练
12.
Analysis on the Approach Run and Take-off Techniques of Junior Class 2 Long Jumpers;
少年女子跳远二级运动员助跑起跳技术分析
13.
The Kinematic Character of the Step and Jump s Takeoff Technology About Chinese Elite Female Triple Jumpers;
我国优秀女子三级跳远运动员二、三跳起跳技术运动学特征
14.
High/Long Jumper
"跳高,跳远运动员"
15.
Kinematics Analysis on the Swinging Leg Take-off Technical of about Chinese Elite Female Triple Jumpers
我国优秀女子三级跳远运动员起跳摆动腿技术的运动学分析
16.
Study on Practice Method of Male Long Jumper Takeoff Leg s Depth Long Jump;
男子跳远运动员起跳腿跳深跳远练习方法研究
17.
The Three-dimensional Kinematic Analysis on Some of Our Country Outstanding Female Triple-Jump Athletes Technique of Three Jumps;
我国部分优秀女子三级跳远运动员三跳技术的三维运动学分析
18.
Study on Key Kinematic Parameters of 14.90 m of Our Women Elite Triple Jump Athlete Named XIE Li-mei;
我国优秀女子三级跳远运动员谢荔梅跳14.90m关键运动学参数研究