产生脉冲 meaning in English
pulse
Examples
- The pulse neutron generator can be used to analyze the elements in substance , because it can produce pulse neutrons which have the characteristics such as high energy , monohcrome , safe using and controlled easily
脉冲中子发生器具有产生的中子能量高、单色性好，可控、使用安全，可产生脉冲中子的特性，可用来对物质进行元素分析。 - The direct lateral force control is that more than one hundred small jet engines are installed around the missile before the barycenter . by firing up these engines produce impulse propelling force in order to adjust the position of the missile
姿控直接力控制方式是在导弹四周重心前径向安装的很多个小型喷流发动机，控制喷流发动机点火，产生脉冲推力，对导弹进行姿态调整。 - Just under this urgent consideration , based on the fact that self - oscillation can produce pulsation of flow , to influence the flow boundary layer , thus to increase convective heat transfer coefficient , it is necessary to devote to the mechanism of self - oscillation and apply it to a heat exchanger
正是在这种迫切要求下，基于自激振荡能产生脉冲流动而影响流动边界层从而提高对流换热系数来强化换热的考虑，需要开展对自激振荡的机理及其应用的研究。 - This paper describes an automatic contest robot from the cctv holding “ the first robot tv contest all over the academician ” , describes the function and the realization of the robot in greater detail . the robot adopts two stepper motors in the stepped driving control system and putting - ball control system like fishing , with the control of at89c52 single - chip microcomputer , it can synchronously produce driving pulse for two stepper motors and control the moving of the robot along the predetermined line
该竞赛机器人采用步进电机作为行走驱动，钓鱼杆式的放球控制系统，在at89c52单片机的控制下,分别为左、右步进电机产生脉冲，控制机器人按照预设的固定路线行走，待机器人到达预定的目标位置后，同时控制多个放球机构，从而能分别将赛球准确地放入到比赛圆筒中。 - Power balance is necessary to icf , including the energy balance and pulse shape uniformity at the target . 90 percent of the output energy of " sg - ii " comes from its double - pass coaxial array main amplifiers , and pulse shape distortion caused by gain saturation also occurs mostly in there . therefore precise control of gain performance of the main amplifiers by avm ( angular variable mirror ) is the key to the precise power balance of " shenguang - ii "
“神光? ”装置90的激光能量由同轴双程主放大器提供，同时增益饱和效应产生脉冲波形畸变也主要发生在主放大器阶段，因此应用组合式角变反镜( avm ， angularvariablemirror )独立精密控制主放大器各路的增益性能是实现“神光? ”装置精密化功率平衡的关键。