The oscillatory behavior of solutions of two biological models with time delays has been studied.
本文对两个具有时滞的生物数学模型进行了研究。
The oscillatory behavior is analyzed based on the subsiding behavior of the oscillating element after the magnet is switched off.
振荡特性是在磁体切断后振荡元件的衰减特性的基础上分析的。
Furthermore, two points are worth mentioning: 1) the order parameters are frequency dependent complex quantities and present an oscillatory behavior;
此外，有两点值得一提：1）序参量是一和频率有关的复量，且呈现出振荡的行为。
It is important to note that the adaptive scheme USES lower adaptive gains and smaller control inputs to avoid input saturation and oscillatory behavior.
自适应控制系统具有较低的自适应增益和较小的控制输入以避免输入饱和和振荡现象。
In this paper, we consider the oscillatory and asymptotic behavior of two kinds of two order impulsive functional differential equations.
本文主要讨论了两类二阶脉冲时滞微分方程的渐近性态及振动性。
In this paper, we consider the oscillatory and asymptotic behavior of two kinds of two order impulsive functional differential equations.
本文主要讨论了两类二阶脉冲时滞微分方程的渐近性态及振动性。
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