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首页> 外文期刊>Journal of nonlinear science >Dynamic Stability and Instability of Pinned Fundamental Vortices
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Dynamic Stability and Instability of Pinned Fundamental Vortices

机译:固定基本涡旋的动态稳定性和不稳定性

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摘要

We study the dynamic stability and instability of pinned fundamental +/- 1 vortex solutions to the Ginzburg-Landau equations with external potential in R-2. For sufficiently small external potentials, there exists a perturbed vortex solution centered near each non-degenerate critical point of the potential. With respect to both dissipative and Hamiltonian dynamics, we show that perturbed vortex solutions which are concentrated near local maxima (resp. minima) are orbitally stable (resp. unstable). In the dissipative case, the stability is in the stronger "asymptotic" sense.
机译:我们研究了具有R-2外部势的Ginzburg-Landau方程的固定基+/- 1涡旋解的动态稳定性和不稳定性。对于足够小的外部电势,在电势的每个非退化临界点附近都存在一个扰动的涡旋解。关于耗散动力学和哈密顿动力学,我们证明了集中在局部最大值(最小值)附近的扰动涡旋解是轨道稳定的(最大值)。在耗散情况下,稳定性在更强的“渐近”意义上。

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