movement velocity meaning in Chinese
运动速度
Examples
- Based on the 6 - axis f / t sensor , force - drive mode 6 - dof mouse is developed . especially the methods transforming forces to movement velocities are studied
以六维力传感器为核心，开发了力驱动方式的六维鼠标，研究了从六维力信号到被控对象的运动控制信号之间的转换方法。 - We find the movement velocity field and distribution of strain field in the middle tianshan mountain relative to eurasia plate by analyzing the continuous observation datum of gps in the region
摘要通过对天山中部地区连续多年的gps观测分析，得到了该监测区相对欧亚板块的运动速度场及应变场分布情况。 - The working principle of the piezoelectrically actuated movement mechanism was introduced and a prototype of linear precision mechanism was developed and its experiments on the movement velocity versus signal voltage and frequency were performed
介绍了压电叠堆式惯性移动机构的工作机理，设计并研制了试验装置，并进行了试验研究。 - In the end , the methods of the static calibration and the rule of transforming forces to movement velocities are studied . the thesis helps to develop virtual body control system test the sensor ' s control functions . the 6 - axis f / t sensor is also proved to be successful in the micromanipulator robot system
本文的最后部分研究了多维力传感器的静态标定方法，建立了从六维信号到被控对象的运动控制之间的对应关系，开发了检验六维力传感器控制功能的虚拟样机控制系统，并将六维力传感器用于微操作机器人控制系统中。 - Three models are proposed as follows by applying the model of " mixed flow " : the stress of increasing fluid on fouling , collision between solid particles and fouling , and solid particles movement velocity ; the effects of operating parameters , properties of particles , and the volume fraction of particles on stress in solid - liquid two phase flow , collision stress between solid particles and fouling , maximal contacting area between solid particles and fouling and maximal contacting time between solid particles and fouling are investigated systematically by calculating and theoretical analysis
利用“混流”模型，建立了两相流体的剪应力模型、固体颗粒与垢层的碰撞模型和固体颗粒的运动速度模型；通过计算和理论分析，系统地考察了操作参数、颗粒物性、颗粒体积分率等对固液两相流剪应力、颗粒对垢层的碰撞力、颗粒与垢层的最大接触时间和最大接触面积的影响。