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1)  Statics Stretch
静力性拉伸
1.
Study on Effect in Improving the Shanshou Athletes skills Made by Using the Warming-up of Statics Stretch;
静力性拉伸准备活动对提高散手运动员技术质量的研究
2)  static stretching
静力拉伸
1.
The results indicated that a moderate volume of static stretching did not alter the MVC and the isom.
静力拉伸作为提高运动员柔韧性素质的主要手段之一,可以有效提高运动员柔韧素质,但有研究指出大强度、长时间静力拉伸会影响运动员的爆发力水平。
2.
In order to explore effective techniques for Sanshou athletes,the contrast test is done among 48 Sanshou athletes who have performed different stretching exercises(static stretching or PFN stretching techniques) during warming-up.
为了探讨散手运动员有效的拉伸练习方法,本实验通过对48名散手运动员进行拉伸练习的比较实验研究,分析散手运动员在准备活动中分别进行两种不同的拉伸练习(静力拉伸练习和PFN法拉伸练习)后,其对散手运动员柔韧性的影响。
3.
The athletes were asked to conduct two different kinds of stretching exercise(PNF stretching and static stretching exercises) during the warming-up exercises.
为了探讨跨栏运动员有效的拉伸练习方法,通过对45名跨栏运动员进行拉伸练习的比较实验研究,分析跨栏运动员在准备活动中分别进行两种不同的拉伸练习(静力拉伸练习和PFN法拉伸练习)后,其对跨栏运动员柔韧性的影响。
3)  static streching exercise
静力伸拉练习
1.
The follow-up study was made by using the muscle hardness equipment to test the effectiveness of eliminating fatigue after hurdlers training followed by static streching exercise.
本研究采用静力伸拉练习消除跨栏运动员训练后肌肉疲劳,并运用肌肉硬度计对其效果进行长期追踪。
4)  static tensile test
静力拉伸试验
1.
In order to investigate the structural behavior of the connection between concrete-filled square steel tubular col-umn and steel beam flange,eleven cruciform specimens of diaphragm-through joint model were studied by static tensile test on the basis of load-bearing capability theory of joints.
为研究方钢管混凝土柱与钢梁受拉翼缘连接的结构性能,基于隔板贯通节点承载力理论,对11个十字形节点试件进行了静力拉伸试验。
5)  extension of dynamics
动力性拉伸
1.
Through an analysis of group experiments in body-building exercises by different methods,this paper illustrates the practice of PHF drawing and pulling to be superior to the others,which includes the extension of statics,the extension of dynamics,and the extension of both statics and dynamics,then proposes some ideas to the development of college students pliability.
为了探索高校健美操柔韧素质发展的方法,结合健美操项目所需柔韧素质的特点,采用PNF牵拉、静力性拉伸、动力性拉伸、静力性与动力性拉伸相结合等方法进行分组实验,结果表明,PNF牵拉法优于其它方法。
6)  static draught training
静力性牵拉
补充资料:连续性与非连续性(见间断性与不间断性)


连续性与非连续性(见间断性与不间断性)
continuity and discontinuity

11an父ux泊g四f“山。麻以角g、.连续性与非连续性(c。nt,n琳t:nuity一)_见间断性与不间断性。and diseo红ti-
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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