flexions

与flexions相关的网络例句 [注：此内容来源于网络，仅供参考]

The results were as follows.(1) In the backward handspring, the trajectory of CM and horizontal velocity of CM in junior-high and college gymnasts were lower and higher than those of senior-high gymnast, so the vertical velocity is better when they perform tucked backward somersault. College gymnast has higher vertical velocity than junior-high and senior-high gymnasts in take-off moment of backward handspring phase.(2) Senior-high and college gymnasts have more elbow and shoulder angle in take-off moment of backward handspring and tucked backward somersault phase. Therefore, angle of both arm is bigger for performing in hand push away phase in the backward handspring, and increased the reaction force with body in the tucked backward handspring.(3) College gymnast has large knee flexions in hand support and push away moment in the backward handspring, it would increase rotation radius and better moments of inertia in the backward handspring.

结果显示：在后手翻阶段中，较低的重心轨迹和较高的水平速，有於后续空翻的垂直速；大专选手在后手翻阶段起跳瞬间有较高的垂直速；高中及大专选手在后手翻起跳脚地瞬间和团身后空翻起跳脚地瞬间时，肘、肩关节角皆大於国中选手，使其在后手翻起跳地瞬间时，双臂的伸展於后手翻的手推地面的动作，而团身后空翻起跳脚地时，双臂向上摆於身体向上伸展方向的掌握，并使重心有一定的腾空高；大专选手在后手翻阶段的手著地瞬间和手地瞬间的膝关节角较大於高中和国中选手，使其可增加身体的旋转半径，并能获得较佳的下摆动能，而膝关节角小则形成屈膝的动作，导致重心水平速低，减少下摆动能和影响整体动作的节奏和韵。

He issued it in 1693, in an edition which comprised four large volumes entitled,"Nouveau testament en francais avec des réflexions morales sur chaque verset".

他发表在1693年，在一个版组成的4个大容量，题为新遗嘱恩法国带之反思莫拉莱斯河畔

The strength training was incredibly simple, focusing on parallel squats (five sets of five reps per workout), knee extensions, knee flexions (3 x 5), and toe raises (3 x 25), all with fairly heavy resistance.

力量训练是难以置信的简单，侧重於平行蹲下（五套5代表每锻炼），膝关节扩展，膝关节flexions （ 3 × 5 ），和脚趾引起（ 3 × 25 ），所有的相当沉重的阻力。

The "Réflexions morales" of Quesnel reproduced, in fact, the theories of the irresistible efficaciousness of grace and the limitations of God's will with regard to the salvation of men.

在&反思莫拉莱斯&的克内尔转载，事实上，理论的不可抗拒的efficaciousness的宽限期和局限性天意关於拯救的男人。

Results The three-dimensional models could demonstrate the spatial positions of the bone structure of the knee iii different flexions and extensions.

通过实验中的空间活动指标控制此模型虚拟运动，再现膝关节各屈伸角度下股骨、胫骨和腓骨的空间位置。