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Running waves in a ring of Van-der-Pol oscillators: role of anharmonisity

机译:Van-der-Pol振荡器环中的运行波:非谐性的作用

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In the work we consider regular running waves in a chain of Van-der-Pol oscillators with symmetric diffusive coupling and periodic boundary conditions. Contrary to the case of harmonic oscillators the studied system is characterized by limited regions of stability for the space-periodic regimes as well as it demonstrates new spatio-temporal behavior, which can be called as "moving phase defects". The observed regimes are typical for they exist in a wide region of parameters and initial values.
机译:在工作中,我们考虑范德波尔振荡器链中具有对称扩散耦合和周期性边界条件的规则运行波。与谐波振荡器的情况相反,所研究的系统的特征在于空间周期状态的有限的稳定区域,并且它演示了新的时空行为,可以称为“运动相位缺陷”。观察到的机制是典型的,因为它们存在于很大范围的参数和初始值中。

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