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arXiv 1702.04658math.DS
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双可逆向量场的Normal forms

Normal forms of bireversible vector fields

P. H. Baptistelli, M. Manoel, I. O. Zeli

摘要:

本文采用[P. H. Baptistelli,M.曼诺尔和我。O.泽利可逆等变向量场的规范形理论。布尔。布拉兹。数学会,New Series 47(2016),no.3,935-954]以获得一类光滑双可逆向量场的正规形。这些是在两个线性对合作用下可逆的向量场,其线性化具有幂零部分和具有纯虚特征值的半单部分。我们表明,这些可以被正式地在正常的形式保持反向对称性和线性化。我们使用的方法是基于这种类型的向量场的集合的代数结构。虽然这在某些情况下会导致大量的计算,但通常这是一种计算范式的简单算法。我们给出了一些例子,这些例子是哈密顿系统在一种情况下没有共振,而在其他情况下有一定的共振。

英文摘要:

In this paper we adapt the method of [P. H. Baptistelli, M. Manoel and I. O. Zeli. Normal form theory for reversible equivariant vector fields. Bull. Braz. Math. Soc., New Series 47 (2016), no. 3, 935-954] to obtain normal forms of a class of smooth bireversible vector fields. These are vector fields reversible under the action of two linear involution and whose linearization has a nilpotent part and a semisimple part with purely imaginary eigenvalues. We show that these can be put formally in normal form preserving the reversing symmetries and their linearization. The approach we use is based on an algebraic structure of the set of this type of vector fields. Although this can lead to extensive calculations in some cases, it is in general a simple and algorithmic way to compute the normal forms. We present some examples, which are Hamiltonian systems without resonance for one case and other cases with certain resonances.

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