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Final Value Problem for Parabolic Equation with Fractional Laplacian and Kirchhoff’s Term

机译:抛物线方程与分数拉普拉斯和基洛夫术语的最终价值问题

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In this paper, we study a diffusion equation of the Kirchhoff type with a conformable fractional derivative. The global existence and uniqueness of mild solutions are established. Some regularity results for the mild solution are also derived. The main tools for analysis in this paper are the Banach fixed point theory and Sobolev embeddings. In addition, to investigate the regularity, we also further study the nonwell-posed and give the regularized methods to get the correct approximate solution. With reasonable and appropriate input conditions, we can prove that the error between the regularized solution and the search solution is towards zero when tends to zero.
机译:在本文中,我们研究了Kirchhoff型的扩散方程,具有适形的分数衍生物。 建立了温和解决方案的全球存在和唯一性。 也导出了一些规则性的温和解决方案的结果。 本文分析的主要工具是Banach Terminit Points理论和SoboLev Embeddings。 此外,为了调查规律性,我们还进一步研究了非威胁,并提供了正规化的方法来获得正确的近似解决方案。 通过合理和适当的输入条件,我们可以证明正常化解决方案与搜索解决方案之间的误差在趋于零时朝向零。

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