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arXiv 1503.01867math.CV
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具有$L^p$密度的复蒙日-安培方程解的Hölder正则性

Hölder regularity of the solution to the complex Monge-Ampère equation with $L^p$ density

Luca Baracco, Tran Vu Khanh, Stefano Pinton, Giuseppe Zampieri

摘要:

在光滑区域$Ω\subset\subset\mathbb C^n$上,考虑复蒙日-安培方程$((dd^cu)^n=fdV,\,u|_{bΩ}\equivϕ)$的Dirichlet问题.当边界值$ϕ$是Hölder连续的,密度$f$仅为$L^p$,$p>1$时,我们证明了解$u$的Hölder正则性.请注意,在以前的文献(Guedj-Kolodziej-Zeriahi)中,假设$f\in L^p$的弱点通过取$ϕ\in C^{1,1}$(除了假设$Ω$强伪凸)来平衡。

英文摘要:

On a smooth domain $Ω\subset\subset\mathbb C^n$, we consider the Dirichlet problem for the complex Monge-Ampère equation $((dd^cu)^n=fdV,\,u|_{bΩ}\equivϕ)$. We state the Hölder regularity of the solution $u$ when the boundary value $ϕ$ is Hölder continuous and the density $f$ is only $L^p$, $p>1$. Note that in former literature (Guedj-Kolodziej-Zeriahi) the weakness of the assumption $f\in L^p$ was balanced by taking $ϕ\in C^{1,1}$ (in addition to assuming $Ω$ strongly pseudoconvex).

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