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On the quasi-geostrophic equations on compact closed surfaces in R-3

机译:在R-3中紧凑封闭表面上的拟地球滴式方程

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The quasi-geostrophic equations on compact surfaces in 110 without boundary are studied by means of the theory of quasi-linear parabolic evolution equations based on maximal L-p-regularity. It is shown that the problem is globally strongly well-posed in L-q, the solutions regularize instantly and form a global semiflow in the proper state manifold, and, as time goes to infinity, a solution converges exponentially to a constant in the topology of the state space. (C) 2016 Elsevier Inc. All rights reserved.
机译:基于最大L-P定期的准线性抛物线演化方程理论研究了110中的紧凑型表面上的准滴度方程。 结果表明,在LQ中全球强烈良好地摆动,解决方案立即正常化,并在适当的状态歧管中形成全球半球,并且随着时间的流程,解决方案在拓扑中指数地收敛于常数 国家空间。 (c)2016年Elsevier Inc.保留所有权利。

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