1) frequency response equation
频响方程
2) modulation equations
频响分岔方程
1.
After solving the equations by means of multiple scales method , the modulation equations and its approximate solution were obtained .
得到了变撑臂渐硬性钢板弹簧的频响分岔方程和近似解表达式。
3) frequency-response equation
频率响应方程
1.
Meanwhile, the model +2εB+Ax+εγx 3=εE cos ωt(0<ε1) is studied, the frequency-response equation in resonance case is obtained and the biological signicance of the result is explained.
另外 ,对小阻尼、弱外激励的肌型血管生物数学模型 x+ 2εBx+ Ax+εγx3 =εE cosωt( 0 <ε 1 ) ,给出其在共振条件下的频率响应方程 ,并讨论了振动的稳定性 。
4) response equation
响应方程
1.
Ship manoeuvering response equation in confused wind was derived,and by means of the theory of linear system in stochastic processes,the problem of keeping course by rud-der force when ship sailing in confused wind was dealt with.
推导了船舶在非定常风中的操纵运动响应方程式,并利用随机过程的线性系统理论,讨论了船舶在非定常风中航行时的舵力保向问题。
5) affection equation
影响方程
1.
The modeling process of affection equation was discussed on the fixed bed transalkylation reactor and the affection equation of the transalkylation reactor was given.
以化工装置中的固定床式烷基转移反应器为例讨论了影响方程建模过程,建立了烷基转移反应器的影响方程,并将影响方程模型直接转化为较为直观的符号有向图(SDG)模型。
6) response surface equation
响应面方程
补充资料：频响
分子式：
CAS号：
性质：也称幅频响应，称频响。线性系统在正弦信号输入下，其输出响应达到稳态后应是一个与输入信号频率相同的正弦信号，但输入及输出正弦信号的振幅和相位不相同，它们和系统的动态特性及输入信号的频率有关，我们称系统对正弦输入的稳态响应为频率响应。
CAS号：
性质：也称幅频响应，称频响。线性系统在正弦信号输入下，其输出响应达到稳态后应是一个与输入信号频率相同的正弦信号，但输入及输出正弦信号的振幅和相位不相同，它们和系统的动态特性及输入信号的频率有关，我们称系统对正弦输入的稳态响应为频率响应。
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