Compact Commutators of Bilinear Fractional Integral Operators on Generalized Morrey Spaces
Fuli Ku
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Centralizers of Nilpotent Elements in Basic Classical Lie Superalgebras in Good Characteristic. [PDF]
Han L.
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A modular, cost-effective, versatile, open-source operant box solution for long-term miniscope imaging, 3D tracking, and deep learning behavioral analysis. [PDF]
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Propagation for Schrödinger Operators with Potentials Singular Along a Hypersurface. [PDF]
Galkowski J, Wunsch J.
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Global Stability for Charged Scalar Fields in an Asymptotically Flat Metric in Harmonic Gauge. [PDF]
Kauffman C.
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Two characterizations of central BMO space via the commutators of Hardy operators
, 2021This article addresses two characterizations of BMO(ℝn){\mathrm{BMO}(\mathbb{R}^{n})}-type space via the commutators of Hardy operators with homogeneous kernels on Lebesgue spaces: (i) characterization of the central BMO(ℝn){\mathrm{BMO}(\mathbb{R}^{n})
Zunwei Fu, Shan-zhen Lu, S. Shi
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It is known that the compactness of the commutators of point-wise multiplication with bilinear homogeneous Calderon–Zygmund operators acting on product of Lebesgue spaces is characterized by the multiplying function being in the space CMO.
R. Torres, Qingying Xue
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Boundedness of commutators of fractional integral operators on mixed Morrey spaces
Integral transforms and special functions, 2019In this paper, we give the necessary and sufficient conditions for the boundedness of commutators of fractional integral operators on mixed Morrey spaces. We construct the predual spaces of mixed Morrey spaces.
T. Nogayama
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Regularity and continuity of commutators of the Hardy–Littlewood maximal function
Mathematische Nachrichten, 2020Let M be the Hardy–Littlewood maximal function and let [b,M] be its corresponding commutator.
Feng Liu, Qingying Xue, Pu Zhang
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On Non-Commutative Algebras and Commutativity Conditions
Results in Mathematics, 1990A theorem of T. Nakayama states that an algebra \(A\) over an \({\mathcal N}\)- ring \(R\) is commutative if \(A\) satisfies the following condition: (N) For each \(x\) in \(A\), there exists \(f(X)\) in \(X^ 2 R[X]\) such that \(x-f(x)\) is central. More generally, W. Streb studied \(R\)-algebras \(A\) satisfying the following condition: (S) For each \
Komatsu, Hiroaki, Tominaga, Hisao
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