1.
Research on Characteristics of Chinese Male High Jump Elites Take-off Power;
我国优秀男子跳高运动员起跳力量特征研究
2.
Biomechanical Analysis of Training Methods of Male Long Jumpers Take-Off Power;
男子跳远运动员起跳力量训练方法的生物力学分析
3.
According to some concerned researches show that the swing power is approximately 60-70% in all take-off power.
据有关研究表明:“摆动腿的摆动力量约占整个起跳力量的60%—70%”。
4.
Thought on Take-off Technique and Special Strength Training in Long Jump;
对跳远起跳技术及专项力量训练方法的思考
5.
Take-off Technique Characteristics and Special Strength Training of Jump Group;
田径跳类项群起跳技术特征与专项力量训练
6.
study on the characteristics and special strength training of "Double dynamical" take-off in high jump;
背越式跳高起跳技术特征及专项力量训练原则
7.
Biomechanical Research on Specific Ability of Takeoff in Long Jump;
跳远起跳肌肉专项能力生物力学研究
8.
Kinetic Comparative Study on Taking-off of Depth-long-jump and Long Jump;
跳深跳远与三级跳远跨步跳起跳的动力学比较研究
9.
Kinetics Analysis on Person-board System While Taking off in Springboard Dive;
跳板跳水起跳阶段人板系统的动力学分析
10.
Study on "Double Dynamical" Take-off Technique Theory of Fosbury Flop High Jump;
背越式跳高“双动力”起跳技术理论研究
11.
The Keys to the Modern Back-layout High Jump -- Take-off With help of Run-up;
现代背越式跳高的关键——借力起跳
12.
Comparative Study on the Parameters of Force,Impulse and Power in the Phase of Jump in Spike Between Beach and Indoor Volleyball;
沙滩与室内排球扣球起跳阶段力、冲量及功率指标的对比研究
13.
THE MECCHANICaL ANALYSIS OF ROTARY ANGULAR MOMENTUM PRODUCED BY THE CURVE RUN - UP AFTER TAKE - OFF IN FOSBURY - FLOP;
背越式弧线助跑起跳腾空产生旋转角动量的力学分析
14.
Measurement and Analysis on Enduring Ability of Jump Leg as Adopting Deep-jump and Vertical-jump by High Jumpers;
跳深纵跳练习对跳高运动员起跳腿“承受能力”的测定与分析
15.
Characteristics of event-related power when beating the board;
跳远踏跳专项力量特征及其训练方法
16.
The features of Taking-off s Rotation, Starting Ability and Rising Techniques;
跳远运动员起跳的旋转特点及起跳能力与腾空技术
17.
Study on the Kinematic Characteristic of the Last Two Steps of Approach and Takeoff of Elite Female Jumpers in China;
摆动腿在跳远起跳技术中的运动力学分析
18.
Study on"Double Dynamical"take-off Technique Theory Innovative Research of Fosbury Flop High Jump;
背越式跳高“双动力”起跳技术理论与实践研究