Abstract
The purpose of this paper is to study the boundedness for a large class of multi-sublinear operators Tα,m generated by multilinear fractional integral operator and their commutators \(T_{\alpha ,m,i}^b\,(i = 1, \ldots m)\) on product generalized mixed Morrey spaces \(M_{\overrightarrow {{q_1}} }^{{\varphi _1}}({\mathbb{R}^n}) \times \cdots \times M_{\overrightarrow {{q_m}} }^{{\varphi _m}}({\mathbb{R}^n})\). We find sufficient conditions on (ϕ1, …, ϕm, ϕ) which ensure the boundedness of Tα,m from \(M_{\overrightarrow {{q_1}} }^{{\varphi _1}}({\mathbb{R}^n}) \times \cdots \times M_{\overrightarrow {{q_m}} }^{{\varphi _m}}({\mathbb{R}^n})\) to \(M_{\vec p}^\varphi ({\mathbb{R}^n})\). Moreover, we also give sufficient conditions for the boundedness of Tα,m,i from \(M_{\overrightarrow {{q_1}} }^{{\varphi _1}}({\mathbb{R}^n}) \times \cdots \times M_{\overrightarrow {{q_m}} }^{{\varphi _m}}({\mathbb{R}^n})\) to \(M_{\vec p}^\varphi ({\mathbb{R}^n})\). As applications, the boundedness for multi-sublinear fractional maximal operator, multilinear fractional integral operator and their commutators on product generalized mixed Morrey spaces is established.
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Acknowledgements
The authors would like to express their deep gratitude to the anonymous referees for their careful reading of the manuscript and their comments and suggestions. This work is supported by NSFC (Nos. 11871452, 12301123), NSF of Henan Province of China (No. 202300410338) and Nanhu Scholar Program for Young Scholars of Xinyang Normal University.
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Wei, M., Yan, D. Boundedness Criterion for Multi-sublinear Operators and Their Commutators Generated by Multilinear Fractional Integral Operator on Product Generalized Mixed Morrey Spaces. Front. Math 19, 107–125 (2024). https://doi.org/10.1007/s11464-021-0447-2
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DOI: https://doi.org/10.1007/s11464-021-0447-2
Keywords
- Generalized mixed Morrey space
- multi-sublinear fractional maximal operator
- multilinear fractional integral operator
- BMO
- commutator