结果表明，髋关节屈伸肌力矩、膝关节伸肌力矩、踝关节跖屈肌力矩与跳高专项成绩相关。
The result shows that the high jump performance relates to the hip flexion, extension torque, knee extension torque and ankle plantar flexion torque.
经过约8周的训练，患膝屈伸肌群的峰值力矩在不同测试速度下均有显著提高，但伸肌峰值力矩提高较屈肌快。
After 8 weeks of training, knee extensor and flexor muscles strength can be improved, but knee extensor muscle torque increase more than flexor muscle.
康复后对ARNER-LINDHOLM评分、踝关节活动范围、屈伸肌峰力矩值等进行评价。
ARNER-LINDHOLM score, the range of motion of the ankle, and extensor-flexor peak torque were assessed.
分析比较不同级别男子跳高运动员膝关节屈伸肌群离心收缩时峰力矩特点及差异。
The peak torque strength characteristics of eccentric of knee muscles of different levels of high jumpers was analyzed, using the German ISOMED2000 Isokinetic test device.
双侧膝关节屈伸肌群达峰力矩的时间（TPT）随测试速度的增加而减小，同一测试速度下伸肌达峰力矩的时间大于屈肌；
The time to peak torque(TPT) of junior athletes reduced with the test speed increasing and the time of extensors TPT are longer than flexors;
双侧膝关节屈伸肌群达峰力矩的时间（TPT）随测试速度的增加而减小，同一测试速度下伸肌达峰力矩的时间大于屈肌；
The time to peak torque(TPT) of junior athletes reduced with the test speed increasing and the time of extensors TPT are longer than flexors;
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