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首页> 外文期刊>Journal of Functional Analysis >The Lp Dirichlet problem for second-order, non-divergence form operators: Solvability and perturbation results
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The Lp Dirichlet problem for second-order, non-divergence form operators: Solvability and perturbation results

机译:二阶非散度形式算子的Lp Dirichlet问题:可解性和摄动结果

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We establish Dahlberg's perturbation theorem for non-divergence form operators L=A?2. If L0 and L1 are two operators on a Lipschitz domain such that the Lp Dirichlet problem for the operator L0 is solvable for some pε(1,∞) and the coefficients of the two operators are sufficiently close in the sense of Carleson measure, then the Lp Dirichlet problem for the operator L1 is solvable for the same p. This is a refinement of the A~∞ version of this result proved by Rios (2003) in [10]. As a consequence we also improve a result from Dindo? et al. (2007) [4] for the Lp solvability of non-divergence form operators (Theorem 3.2) by substantially weakening the condition required on the coefficients of the operator. The improved condition is exactly the same one as is required for divergence form operators L=divA?.
机译:我们为非散度形式算子L = A?2建立了达尔伯格摄动定理。如果L0和L1是Lipschitz域上的两个算子,使得对于某些pε(1,∞)来说,算子L0的Lp Dirichlet问题是可解的,并且两个算子的系数在Carleson度量的意义上足够接近,则Lp运算符L1的Dirichlet问题对于相同的p可以解决。这是Rios(2003)在[10]中证明的该结果的A〜∞版本的改进。结果,我们也改善了Dindo的结果?等。 (2007)[4]通过显着弱化算子系数所需的条件来求解非散度算子的Lp可解性(定理3.2)。改进的条件与发散形式算子L = divA 2所要求的条件完全相同。

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