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Lack of compactness in the 2D critical Sobolev embedding, the general case

机译:一般情况下,二维临界Sobolev嵌入缺乏紧凑性

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This Note is devoted to the description of the lack of compactness of the Sobolev embedding of H1(R2) in the critical Orlicz space L(R2). It turns out that up to cores our result is expressed in terms of the concentration-type examples derived by J. Moser (1971) in [16] as in the radial setting investigated in Bahouri et al. (2011) [5]. However, the analysis we used in this work is strikingly different from the one conducted in the radial case which is based on an L ~∞ estimate far away from the origin and which is no longer valid in the general frame work. The strategy we adopted to build the profile decomposition in terms of examples by Moser concentrated around cores is based on capacity arguments and relies on an extraction process of mass concentrations.
机译:本注释致力于描述临界Orlicz空间L(R2)中H1(R2)的Sobolev嵌入缺乏紧凑性。事实证明,至多核心,我们的结果都用J. Moser(1971)在[16]中得出的浓度类型实例来表示,就像在Bahouri等人研究的径向环境中那样。 (2011)[5]。但是,我们在这项工作中使用的分析与在径向情况下进行的分析显着不同,后者是基于远离起点的L〜∞估计,并且在一般框架中不再有效。我们采用的以Moser围绕核的实例为基础来建立轮廓分解的策略基于容量论证,并且依赖于质量浓度的提取过程。

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