系统频率特性 meaning in Chinese
system response
system transient output response
Examples
- On the basis of discussing frequency characteristics , this thesis analyses the factors which affect dynamic frequency characteristics of simple and complicated power system separately through simulation
本论文在分析电力系统频率特性的基础上，分别通过仿真分析了影响简单系统和复杂系统动态频率特性的因素。 - According to the engineering practice , a multi - target based secondary correction control law is promoted and further verified by numerical simulations . the effects of frequency characteristic are researched which reduced by length , thickness and the placement . controllability optimization criteria of actuators ’ configuration are studied with a new controllability energy based criteria integrated , and optimization result is got
2 、压电驱动器位置优化配置问题的研究，主要研究了压电驱动器的长度、厚度和配置位置点对系统频率特性的影响，在基于可控度配置准则方法上，组合一种新的配置准则，并通过仿真得到最优配置位置。 - Main factors are pointed out . in simple power system , the factors are : active power shortage 、 moment of inertia 、 load frequency coefficient ; in the loose complicated power system , the factors which make dynamic frequency dispersive are : the difference of moment of inertia 、 load frequency coefficient 、 power shortage and electric distance to hinge station of each area
指出影响简单系统频率特性的主要因素有：系统的功率缺额、转动惯量以及负荷的频率调节效应系数；使联系松散的复杂系统动态频率呈分散性的因素是：各区域的转动惯量不同、负荷调节效应系数不同、功率缺额不同、与枢纽站之间的电气距离不同等。