Abstract:In this paper we show that associated spaces and dual spaces of the local Morrey-type spaces are so called complementary local Morrey-type spaces. Our method is based on an application of multidimensional reverse Hardy inequalities.
“…This corollary gives a characterization of Morrey spaces of variable exponents; see also the paper by Gogatishvili and Mustafayev [19] for constant exponents.…”
Section: Associate Spaces Of Hmentioning
confidence: 81%
“…Next, following Di Fratta-Fiorenza [17] and Gogatishvili-Mustafayev [19] , we study the duality properties among those Herz-Morrey spaces. In particular, we show the associate spaces of H…”
Section: Similarly We Consider the Spacementioning
confidence: 99%
“…For related results, we refer the reader to the paper by Di Fratta and Fiorenza [17] with logarithmic weights, and the paper by Gagatishvili and Mustafayev [19] with general weights.…”
Section: Yoshihiro Mizuta and Takao Ohnomentioning
“…This corollary gives a characterization of Morrey spaces of variable exponents; see also the paper by Gogatishvili and Mustafayev [19] for constant exponents.…”
Section: Associate Spaces Of Hmentioning
confidence: 81%
“…Next, following Di Fratta-Fiorenza [17] and Gogatishvili-Mustafayev [19] , we study the duality properties among those Herz-Morrey spaces. In particular, we show the associate spaces of H…”
Section: Similarly We Consider the Spacementioning
confidence: 99%
“…For related results, we refer the reader to the paper by Di Fratta and Fiorenza [17] with logarithmic weights, and the paper by Gagatishvili and Mustafayev [19] with general weights.…”
Section: Yoshihiro Mizuta and Takao Ohnomentioning
“…In [5] the associate spaces of local Morrey-type and complementary local Morrey-type spaces were calculated. Our method of construction of the pre-dual space of the Morrey space mainly based on these results.…”
Section: Associate and Dual Spaces Of Local Morrey-type And Complemenmentioning
confidence: 99%
“…In [5] it is proved that the space LM p ′ θ ′ , ω is dual space of the space LM pθ ,ω , where 1 ≤ p, θ < ∞, p ′ and θ ′ are conjugate exponents of p and θ , respectively, and ω(t) = ω θ−1 (t) ∞ t ω θ (s)ds −1 (see Theorem 3.6 below).…”
a b s t r a c tIn this paper, we give new characterization of the classical Morrey space. Complementary global Morrey-type spaces are introduced. It is proved that for particular values of parameters these spaces give new pre-dual space of the classical Morrey space. We also show that our new pre-dual space of the Morrey space coincides with known pre-dual spaces.
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