1.
According to some concerned researches show that the swing power is approximately 60-70% in all take-off power.
据有关研究表明:“摆动腿的摆动力量约占整个起跳力量的60%—70%”。
2.
Research on the oscillation of a hanging chain pendulum--an accurate determination of the acceleration of gravity
悬链摆振动的理论研究与实验观测——用悬链摆测量重力加速度
3.
The Relation between the Strength Training of Leg Waving and Jumping Achievement for Womon Athletes;
摆动腿的力量训练与女子跳高成绩的关系
4.
THE DYNAMIC MODELING FOR THE DAMPING STRUCTURE WITH A MASS PENDULUM CONSIDERING THE RIGID-ELASTIC COUPLING EFFECTS
刚弹耦合质量摆减振结构的动力学建模
5.
Dynamic Analysis of a New Hypocycloid Energy Transformation Mechanism
新型内摆线能量转换机构的动力学解析
6.
reciprocating power-driven tine harrow
动力驱动摆动式钉齿耙
7.
inertio comparator
摆轮转动惯量比较仪
8.
Complete Balancing for Shaking Force and Shaking Moment of Eight-Bar Linkages
铰链八杆机构摆动力和摆动力矩的完全平衡
9.
Comparation thrangh the Electromyogram Movement of the lower limbs-Explare the training methard of swinging the leg power under the maxinum strength;
通过下肢肌电活动的对比探讨极限强度下摆腿力量训练的方法
10.
The act of oscillating.
摆动摇摆摆动的动作
11.
The Biomechanical Analysis on Technique of Swing Leg in the Taking-off Skill of Long Jump;
跳远起跳阶段摆动腿摆动技术的生物力学分析
12.
Analysis of Kinematics and Dynamics for the 3-Dimensional Shaker Mixer;
三维摆动混合机运动学和动力学分析
13.
The Calculation of the Precession Speed of the Foucault Pendulum and Its Principle of Mechanics;
傅科摆摆面进动转速的计算及其力学原理
14.
Error Analysis for Measurement of Missile's Movement Inertia with Torsion Pendulum
扭摆法测量导弹转动惯量的误差分析
15.
Three-line pendulum moment of inertia measuring instrument based on MSP430
MSP430单片机的三线摆转动惯量测量仪
16.
The article presents design equations and techniques for the complete shaking force and shaking moment balancing of eight-bar linkages due to both linear and rotary inertia, except external loads.
本文利用质量分布和附加两种惯性配重相结合的方法,完全平衡了八杆机构的摆动力和摆动力矩。
17.
Analysis of Kinematics and Dynamics in Variable Range Four-bar Linkage;
摆角可调机构的运动学及动力学研究
18.
"Conspicuous consumption was a manifestation of power.
“炫耀摆阔性的消费是力量的证明。