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运动学

na.kinematics; kinesiology
网络Kinesiology; kinetics; telemechanics

运动学

英-汉网络释义

运动学

kinematics

常用物理英文词汇 - 豆丁网 ... Kepler law 开普勒定律 kinematics 运动学 kinetic energy 动能 ...

Kinesiology

戴尔豪西大学_百度百科 ... Health Promotion 健康提升 Kinesiology 运动学 Nursing 护理学 ...

kinetics

介绍电子光学、电子散射运动学(kinetics)、电子散射动力学(dynamics)及电子显微镜之成像与绕射理论、熟析EDX成份分析原 …

telemechanics

翻译项目... ... telemeasuring equipment 遥测装置 telemechanics 运动学 telemetering and remote control system 遥测遥控系统 ...

kinology

机械工程学专业词汇英语翻译(K) ... kinetostatics 动态静力学 kinology 运动学 kirchhoff equation of motion 基尔霍夫运动方程 ...

Forward Kinematics

藉由机器人运动学(Forward Kinematics)及逆向运动学(Inverse Kinematics)的推导，计算出下一工作点机器手臂末端的空间座标…

Motion

AP微积分_百度百科 ... 6.3 Related Rates 相关变化率 6.4 Motion 运动学 6.5 Maxima and Minima 最大值和最小值 ...

例句：

The processing time of kinematics could be reduced by over two orders of magnitude and processing speed of the system was also improved .

该设计将运动学计算时间降低了两个数量级，提高了系统的有效处理速度。

However , elastic kinematics model to simulate the kinematic and found that this calculation error is not significant.

但用弹性运动学模型来进行运动学模拟后发现，这个计算误差并不大。

The paper focuses on an introduction of the result of the kinematics research on the mill with the so called "velocity vector " method .

重点介绍了用 “速度矢量 ”方法描述该轧管机运动学的研究成果。

Secondly , the equations of every joint angle in all lower limbs were derived by real-time inverse kinematics analytic method.

然后，通过实时的逆运动学解析法推导出机器人下肢关节各个关节角的求解方程；

Finally it is verified by way of ADAMS kinematics simulation that this robot could fulfill quite nicely the being stipulated task .

最后通过 ADAMS 运动学仿真，证实该机器人可以很好地完成所规定的任务。

An approach to the inverse kinematic solution for the redundant manipulator used for nuclear reactor repairing was proposed.

给出了核反应堆检修用冗余机械手的无碰撞运动学求解方法。

As an example , kinematics of a dual arm robot grasping an object rigidly is discussed . The simulation results of the system are derived.

以双臂机器人刚性夹持物体为例，讨论了该算例的运动学特性，并给出了相应的数字仿真结果。

A study of the kinematic characteristics of a three degree-of-freedom (dof ) parallel mechanism is presented .

的研究运动学特征三自由度（自由度）并联机构提出。

Kinematics simulation of the paper holder was carried out with virtual instrument analytical software to guarantee the harmony of movement .

为此借助虚拟分析软件进行送纸架的运动学仿真，以保证整体动作的协调性；

And then , utilizing the result of the kinematic equation , the path planning to the manipulator can be proceeded.

然后，利用运动学方程的计算结果，对机械手进行路径规划。

This paper begins with a study of inverse kinematics , Jacobian analysis, Singularity analysis and Static of WDP.

首先，推导线驱动平台之逆向运动学、奇异点和力学方程式作为本研究之基础理论。

It can be concluded that this model can depict the physical mechanism of the large scale eddy structures in the near wake region.

说明该二维模型能够较好的描述近尾迹流动中这种大尺度涡结构的运动学和动力学特性。

The X-rays scatter photons in the CMB, shifting its temperature in an effect known as the kinematic Sunyaev-Zel'dovich (SZ) effect .

X 射线将光子散播在宇宙微波背景中，结果在一种被称为 “运动学 SZ 效应 ”的作用下改变了宇宙微波背景的温度。

By means of the kinematics and dynamics analysis on the mechanism , balancing conditions of shocking force was presented .

通过对机构的运动学和动力学分析，给出了振动力平街的条件。

In 1665 , when plague took over London , Newton moved to his mother's farm and thought about the problem of motion.

1665年，瘟疫肆虐伦敦时，牛顿去了母亲的农场，思考运动学的问题。

The kinematics functions are obtained with a kinematics modeling procedure for a five axes PMT .

首先对五轴并联机床进行运动学建模，获得了其运动学方程；

So both methods of orbit design are suitable for designing orbit of concomitant satellite formation flying around the space station .

用动力学和运动学两种方法研究空间站伴随卫星编队飞行的轨道设计。

In cede-turning, CRS-stacked ZO section can be scaled to a chosen planar measurement level with kinematic wave field attributes.

利用 CRS 运动学波场参数可将 CRS 叠加剖面校正到某一选定的水平面上。

A neural network was used to express the nonlinear function between input and output of the inverse kinematics of the robot .

利用神经网络逼近机器人逆运动学的输入与输出、利用改进的蚁群算法学习神经网络。

Through rigid body relative rotation error , the kinematic parameter deviations contributing to the rotation error can be identified.

利用刚体相对转动误差识别出仅与转动相关的运动学参数误差；

The kinematic analysis of the planar four-bar linkage and dimensional six-bar linkage can be done by building up the structural equations .

平面四杆机构和空间六杆机构的运动学分析可以通过建立闭链的结构方程来实现。

amplitude errors compensation is regarded as one part of migration and can be accomplished with "kinematics migration " during the migration.

将振幅误差补偿作为偏移的一部分与 “运动学偏移 ”一起在偏移过程中实现。

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