1) Gaussian signal pulse
矩形控制脉冲
1.
In this paper,we present a new project for semiconductor optical amplifiers(SOA),in which Gaussian signal pulse can be compressed by using the rectangular control pulse.
提出了在半导体光放大器中应用矩形控制脉冲对高斯信号脉冲进行脉冲压缩的新方案。
2) rectangular pulse
矩形脉冲
1.
The calculation for the nominal velocity resolution parameter and Doppler resolution constant of a signal made up of several rectangular pulses according to the definition is always complex, especially when it is a multiple-period signal.
对于由矩形脉冲构成的复杂信号来说 ,若按定义式计算其速度名义分辨参数或Doppler分辨常数往往比较复杂 ,特别是对于多周期信号更是如此。
2.
However,in calculating the range nominal resolution of rectangular pulse signals using conventional definition formula,quadrature operation for range ambiguity function or infinite integration for "SIN" function is required.
然而 ,对矩形脉冲信号来说 ,按常规定义式计算距离名义分辨力 ,需要距离模糊函数的积分运算或对正弦函数进行无穷积分 ,这些积分运算往往较为复杂或为不定值 ;因此 ,得不出有效结果 。
3) Pulse shape control
脉冲波形控制
1.
Design on the encounter time for pulse shape control by Brillouin amplification;
布里渊放大脉冲波形控制相遇时间设计
4) non-square pulse
非矩形脉冲
5) pulse control
脉冲控制
1.
The compositions of gas heating roller-type mesh belt furnace production line,gas pulse control and air/gas ratio continuously adjusting technologies,and multi-media distributed computer control system were introduced.
介绍了燃气加热托辊型网带炉生产线的组成、燃气脉冲控制和空气/燃气比例连续调节技术和计算机多媒体集散控制系统。
2.
The global asymptotical synchronization of two chaotic systems is realized simply by using the linear error feedback from the state variables of drive and response systems as pulse control signal.
基于脉冲微分方程的稳定理论,针对一类混沌系统,提出了一种脉冲控制同步的方法·该方法仅采用驱动系统与响应系统状态变量的线性误差反馈作为脉冲控制信号,实现了两个混沌系统的全局渐近同步·给出了两个混沌系统实现全局渐近同步的判据·当采用相同的脉冲控制矩阵和相等的脉冲间隔时,两个混沌系统实现全局渐近同步的判据可以被简化·该方法适用于一大类混沌系统的同步控制·以Lorenz混沌系统为例,进行了控制器的设计·所设计的控制器结构简单,易于实现,收敛速度快·理论分析和数值仿真结果证明了该方法的有效性
3.
Seismic responses of a typical arch dam are studied by use of the principle of pulse control for the first time.
首次运用脉冲控制原理对一混凝土典型拱坝的地震响应进行了分析。
6) impulse control
脉冲控制
1.
The minimum cost problem on a class of impulse control model;
一类脉冲控制模型的最小费用问题
2.
An impulse control of stochastic Navier-Stokes equation
随机Navier-Stokes方程的脉冲控制
3.
In view of the problem of correction of the end of ballistic trajectory of mortar,this paper builds a dynamics model based on impulse control and analyzes the effect of impulse and trajectory parameters on terminal correction ability and trajectory characteristic.
针对迫弹的末段弹道修正问题,建立了基于脉冲控制的飞行动力学模型。
补充资料：反馈控制(见控制系统)
反馈控制(见控制系统)
feedback control
于。。伙。]伙ongZ片}反馈控制(几edbaekcontrol)见拉制系统。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条