1.
angle for maximum righting lever
最大复原力臂对应角
2.
Nonlinear Dynamics of Composite Laminated Cantilever Plate
复合材料悬臂板的非线性动力学研究
3.
For hand and arm exercises. Speeds up recovery of wrist and forearms injuries.
锻炼手指、腕及前臂的肌力，促进手腕和前臂创伤的康复。
4.
Cantilever Dynamics of AFM Scanning Over Quantum Dots;
原子力显微镜扫描量子点的微悬臂动力学研究
5.
The gravity is measured by nulling the beam.
重力值是通过使横臂恢复零位而测定的。
6.
Results indirect violence is the major cause inducing the fractures of lower forearms;
间接大暴力是引起儿童前下臂骨折的主要原因。
7.
Power is generated from the hips and torso. Use your shoulders for your recovery and to generate additional arm speed.
用髋部和躯干发力，用双肩还原为手臂追加速度。
8.
CONTROLLING CHAOTIC MOTION IN THE MICROCANTILEVER OF AN ATOMIC FORCE MICROSCOPY
原子力显微镜微悬臂梁的混沌运动控制
9.
Repetitive Motion Planning of PUMA560 Manipulator Based on a Primal-dual Neural Network;
基于原对偶神经网络的PUMA560机器手臂重复运动规划
10.
The Evolution of the Research on Resilience
复原力(resilience)研究的回顾
11.
Joe Cole is ready to hand Chelsea and England a boost by making a return to action next month.
乔科尔准备在下月复出，以助切尔西和英格兰队一臂之力。
12.
Next time you see someone fall, think about why and offer a helping hand.
当你下次看到有人摔倒的时候，想想原因何在，再去助人一臂之力吧。
13.
Bending deformation of microscale cantilever has been investigated using an atomic force microscope( AFM).
采用原子力显微镜测试了微悬臂梁构件的弯曲变形规律。
14.
Improvement of AFM.IPC-208B System and Its Piezoelectric Cantilever Research
IPC-208B型原子力显微镜系统改进及其压电微悬臂的研究
15.
Hattersley dobby
哈特斯莱复动式多臂机
16.
To renew or restore the health, vitality, or intensity of.
使恢复健康，恢复体力复原或恢复…的健康、活力或强度
17.
According to the principle of resistance power and driving power being equal in amounts, the key parameter, the greatest acting force acted on the active tooths by the revolving arm ball bearing of the shock wave instrument is resulted.
根据阻力功和动力功相等的原理,推导出关键参数激波器转臂轴承对活齿的最大作用力.
18.
The transmission principle and dynamic analysis of the inner planetary gear reducer with three axies are described in this paper.
本文论述了三轴式内齿行星减速器的传动原理、力学分析，推导出转臂轴承作用力的计算公式。