| 1. | Mechanical motion is one of simple and basic motion
机械运动是一种简单而基本的运动。 |
| 2. | Tracking analysis and application of gemel four rods mechanical motion based on autolisp
的四连杆机构运动轨迹分析及应用 |
| 3. | The definition of mechanical motion is that we call the change in position of objects mechanical motion
它的定义是我们称物体位置的改变为机械运动。 |
| 4. | Through learning mechanical motion , we can judge that an object whether is in motion or at rest
通过学习机械运动，我们可以判断一个物体是在运动中还是在静止。 |
| 5. | The paper systematically expounds the mechatronics designing plan and mechanical motion principles of the robot and explores the remote - controlling means , controlling circuit and controlling strategies
摘要文章系统地阐述了该机器人的机电一体化设计思想及机构运动原理；分析和探讨了遥控控制手段，控制电路及控制策略。 |
| 6. | Then it can provide reliable relation among structural parameter design , parametric adjustment for improving precision in structure . it is very important of parametric confirm during precision detecting and mechanical motion especially
从而为这种结构形式的负压吸附式导轨的结构参数设计，以及在确定的结构中为其它参数的调整和精度的提高提供了确定性关系。 |
| 7. | The mathematical model of non - linear transient magnetic field excited by voltage source is established in this paper . it coupled with electric circuit equation and mechanical motion equation , could solve the transient problem excited by voltage source , and the effect of the eddy currents , non - linearity in magnetic materials and mechanical motion of medium is taken into account
文中建立了电压源激磁下的非线性瞬态磁场的数学模型，通过把瞬态磁场方程、电路方程及机械运动方程耦合在一起，得出求解电压源激磁下，考虑铁磁材料的非线性、导电媒质的涡流及媒质机械运动等条件下的瞬态过程问题。 |
| 8. | According to improving project , every motion mechanism of film face - lifting equipment is selected and designed , and then its procedure and motion are decomposed and analyzed , moreover , the mechanism is verified by using time sync design method , finally , chain image and simple graph of mechanical motion are obtained
根据改造方案对小油封整容器各运动机构进行了选型设计。分析了小油封整容器各机构工艺动作及其动作分解，还进行了时间同步化设计，设计出了小油封整容器的机械运动循环图和机械运动简图。 |
| 9. | Research indicates that outer disturbances can be described with simple analysis and be estimated by outer atmosphere , and inner disturbances induced by the mechanical motion are also predictable and computable , but the inner disturbances induced by astronautic motion are stochastic and hard to predict
研究表明,外部扰动可以用简单的分析来描述,并且可以通过外部环境参数来估计,内部机械运动引起的扰动也是可以预测和计算的。而内部由航天员活动引起的扰动,因其本身具有很大的随机性而难以预计。 |
| 10. | In this thesis , a semi - classical model of the force on an atom is used to describe the motion of a two - level atom interacting with a standing wave laser field . the velocity dependent force and momentum diffusion are derived through optical bloch equations by using the matrix form of the continued fraction technique . by investigating the dynamic properties of atoms in laser field , we can control and manipulate the mechanical motion of an atom
本文利用半经典理论，从二能级原子在激光驻波场中所满足的运动方程出发，推导出密度矩阵元所满足的递推关系，利用矩阵连分数方法求解出密度矩阵元，从而求出依赖于原子运动速度的光压力与动量扩散系数，通过讨论原子在激光场中的动力学行为，为原子在激光场中被囚禁、形成原子列阵以及可控制的量子态，从而为量子信息处理提供理论基础。 |
