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1·The equation of motion for spherical bubble is also given.

其次还给出了球形气泡壁运动方程。

2·Firstly, we derived the differential equation of motion of system.

文中首先建立了系统的运动微分方程。

3·A relativistic equation of motion for many-body system is established.

本文建立了多粒子体系的相对论运动方程。

4·An analysis of the non-linear equation of motion of the loaded pieceses based…

最后还提出了利用电子模拟方法研究振动式自动上料装置的初步概念。

5·Studying the equation of motion of damped simple pendulum, the shock wave solution is found.

研究和分析有阻尼单摆的运动方程，应用近似法方程时发现存在冲击波解并精确求解。

6·Starting from the classical equation of motion, the mesoscopic parallel LC circuit is quantized.

从经典LC并联电路的运动方程出发，将介观LC并联电路量子化。

7·The equation of motion for a spherical surface vibration is studied, and the period is analysed.

讨论了球面摆的运动方程，分析了摆球运动的周期性。

8·Firstly, this paper introduced the equation of motion and the decouple principle of energy method.

首先介绍发动机悬置系统和能量法解耦。

9·In this paper we use Newtoh's method to solve the equation of motion of particles along rotating blades.

本文采用牛顿法并藉计算机求解质点沿机械抛掷机构内的旋转叶片运动的方程。

10·The governing equation of motion for fluid particles moving on bucket was deduced on BFC at the same time.

在水斗三维贴体坐标系中，还推导了流体粒子在水斗曲面上的运动控制方程。