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Smallest chemical reaction system with Hopf bifurcation

机译:具有Hopf分叉的最小化学反应系统

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The smallest at most bimolecular chemical reaction system with Hopf bifurcation is presented. First the notion smallest reaction system is explained. Since the lowest number of intermediates has the highest priority in this characterization and since it has already been shown that three-component systems can have a Hopf bifurcation, the smallest reaction system must contain three intermediates. On the basis of a sufficient condition for a Hopf bifurcation in three-dimensional systems it is possible to find one reaction system which is according to the given characterization, the smallest one. In the first part of this paper it is shortly pictured and in the second part a more extensive proof that this system is really the searched smallest one is given.
机译:提出了具有Hopf分叉的最小的,最多的双分子化学反应系统。首先说明最小反应系统的概念。由于在这种表征中,最少的中间体数量具有最高的优先级,并且由于已经显示三组分系统可以具有Hopf分支,因此最小的反应系统必须包含三种中间体。基于在三维系统中霍普夫分支的充分条件,有可能找到一个根据给定特征的最小的反应系统。在本文的第一部分中对其进行了简要说明,在第二部分中,给出了更广泛的证明,该系统确实是搜索到的最小系统。

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