2) Jumping items
跳跃项目
1.
An Experimental Research on Information Feedback Used in the Teaching of Jumping Items of Track and Field Events;
信息反馈在田径跳跃项目技术教学中的实验研究
3) jumping events
跳跃项目
1.
A alike theorem on taking off of jumping events——hold one s body and eruption;
跳跃项目起跳动作技术的共性原理——屏气紧身爆发用力
2.
To improve the training effect and results of field jumping events in everage universities.
为提高普通高校田径跳跃项目成绩,提高训练的实效性,针对运动成绩出现的“高原现象”,依据田径跳跃项目的训练特点,在训练中尝试了“三超”训练法,通过实验训练,对提高运动员的专项成绩起到了积极作用。
4) sprint and hurdle
短跨项目
1.
With the study of the late home and foreign research materials in selection of sportsmen,the paper tries to discuss and analyze the development of the sports selection of sprint and hurdle of physique of dominated speed-groups.
综合国内外的研究结果,对体能主导类速度性项群中短跨项目的运动员选材进行研究,着重从生理、生化学角度介绍了遗传学、皮纹学和血型学对运动能力的高度影响。
5) male jump events
男子跳跃项目
1.
By methods of literature, statistics and comparsion,the performance variety characteristic of male jump events in the National Games was analyzed.
运用文献法、统计法和比较法,对全运会田径男子跳跃项目成绩变化特征进行了分析,并系统分析了我国田径男子跳跃项目成绩"下滑"的原因,提出了振兴我国田径男子跳跃运动的若干建议。
6) jump events
田径跳跃项目
1.
From the research of physique and constitution of teenage athletes who took part in the national teenage winter and summer camp for jump events, we find that in choosing of the teenage athletes,they just pay attention to thelr heitht and constitution, but donot pay much attention to their physicalchanges in growing, neither the distinguishing nor continued observing of their growing types.
认为我国青少年选手的选材只重视了身高、素质因素，而对形态在发育期中的变化，青少年发育类型的鉴别，追踪观察认识还远远不够，我国田径跳跃项目后备力量明显薄弱。
补充资料：磁通跳跃（fluxjumping）
磁通跳跃（fluxjumping）
磁通运动导致有能量损耗，由于磁热效应，能量损耗又导致局部升温，局部升温导致该处钉扎效应降低，钉扎效应降低又导致磁通进一步运动。如是一次又一次的继续循环，可使原来少量缓慢的磁通运动引起大量的、迅速的磁通运动，即称磁通跳跃。这种现象若温度不加以采取措施控制，则体温升至Tc极限时，硬超导体即整体转入正常态。这就是硬超导体的不稳定问题。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条