Static-active-stretching网络静态主动式伸展 网络释义 1. 静态主动式伸展 三、静态主动式伸展 (Static-Active Stretching)一、动态伸展:(以前、后、侧跆脚为例)(1) 不可做振荡回弹式伸展 (Ballistic Stret…mypaper.pchome.com.tw|基于1 个网页© 2025 Microsoft 隐私声明和 Cookie 法律声明 广告 帮助 反馈...
Comparison of active stretching technique and static stretching technique on hamstring flexibility. Clin J Sport Med. 2010; 20: 8--14.Meroni R,Cerri CG,Lanzarini C,et al.Comparison of active stretching technique and static stretching technique on hamstring flexibility[J].Clin J Sport Med.,2010(...
To compare a passive and an active stretching technique to determine which one would produce and maintain the greatest gain in hamstring flexibility. To determine whether a passive or an active stretching technique results in a greater increase in hamstring flexibility and to compare whether the gains...
Objective: To compare active knee ROM following stretching programs which either included combined static and ballistic stretching (CSBS) or static stretching (SS) alone. It was hypothesized that CSBS would show a greater increase in active knee ROM than SS. Setting: The pre- and post- ...
The dynamic stretching I recommend does not hold the stretching position (reached after an active motion) more than 2s. Therefore it cannot be considered as bouncing stretching, where a certain amount of active stretching movement repetitions are performed once the static stretching position is reached...
Explore flexibility activities and what their importance is. Learn about flexibility training and view some examples of flexibility exercises in fitness. Related to this QuestionWhat is dynamic flexibility training? What is flexibility training? What is resistance flexibility training? What is active flexi...
Therefore, this study was designed to compare how static stretching, dynamic stretching, and an active warm-up affect WAnT performance. Ten recreationally active participants (5 males, 5 females) with a mean (SD) age of 23.3 (0.7) volunteered for this study. Subjects were randomized to a ...
Because of its triple bond, the stretching frequency of CO is shifted to a region not complicated by other signals. The CO then becomes a sensitive monitor of properties of the surrounding protein. In a series of studies, Nienhaus and coworkers observed the effect of the protein and its ...
(http://arxiv.org/abs/2303.07830v1)|null|\n", "2303.07609": "|**2023-03-14**|**Training Robust Spiking Neural Networks with ViewPoint Transform and SpatioTemporal Stretching**|Haibo Shen et.al.|[2303.07609v1](http://arxiv.org/abs/2303.07609v1)|null|\n", "2303.08778": "|**2023-...
Some examples include: (1) temperature-dependent mechanical properties would aid the thermomechanical coupling analysis, (2) thermocouple temperature measurements in the gauge section during tensile tests to estimate the thermal work coupling parameter, (3) in-plane 45-degree orientation tensile tests ...