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Sinusoidally varying period-doubling bifurcations

机译:正弦变化的倍频分叉

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Bifurcations of dynamic systems may be affected in a variety of ways if the parameter that controls the bifurcation is varied slowly. The variation may alter, delay, or eliminate the bifurcation, introduce new types of bifurcation, or change stability regions. The variation may be imposed deliberately to control the response of the system. Typical applications include passage through critical speeds of machines, through laser threshold values, chemical reactions with a degrading catalyst, bursting oscilations and control. Here we consider sinusoidal variation through a period-doubling bifurcation.
机译:如果控制分支的参数变化缓慢,则动态系统的分支可能会以多种方式受到影响。该变化可以改变,延迟或消除分叉,引入新的分叉类型或改变稳定性区域。可以有意施加变化以控制系统的响应。典型的应用包括通过机器的临界速度,通过激光阈值,与降解催化剂的化学反应,振荡和控制。在这里,我们考虑通过倍增分叉的正弦变化。

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