最大粗糙奇异积分的多线性估计

Bae Jun Park
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引用次数: 0

摘要

在这项工作中、我们建立了与同质核相关的最大多(次)线性奇异积分 $\frac\Omega(\vec{boldsymbol{y}}' }{cdots\times L^{p_1}\to L^p$ 约束。(其中 $\Omega$ 是单位球 $\mathbb{S}^{mn-1}$ 上的 $L^q$ 函数,具有消失矩条件,且 $q>1$ 。作为应用,我们得到了相关双截多线性奇异积分的几乎无处不收敛的结果。
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Multilinear estimates for maximal rough singular integrals
In this work, we establish $L^{p_1}\times \cdots\times L^{p_1}\to L^p$ bounds for maximal multi-(sub)linear singular integrals associated with homogeneous kernels $\frac{\Omega(\vec{\boldsymbol{y}}')}{|\vec{\boldsymbol{y}}|^{mn}}$ where $\Omega$ is an $L^q$ function on the unit sphere $\mathbb{S}^{mn-1}$ with vanishing moment condition and $q>1$. As an application, we obtain almost everywhere convergence results for the associated doubly truncated multilinear singular integrals.
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