Abstract:We define Morrey type Besov-Triebel spaces with the underlying measure non-doubling. After defining the function spaces, we investigate boundedness property of some class of the singular integral operators.
“…Many results paralleled with the theory of standard Besov and Triebel-Lizorkin spaces have been obtained and some new applications have also been given; see, for example, [1,2,[26][27][28][29][30][35][36][37][38][39][40]42,48]. Actually, Mazzucato in [27] established some decomposition of Morrey type Besov spaces, which are called Besov-Morrey spaces, in terms of smooth wavelets, molecules concentrated on dyadic cubes, and atoms supported on dyadic cubes.…”
In this paper, Morrey type Besov and Triebel-Lizorkin spaces with variable exponents are introduced. Then equivalent quasi-norms of these new spaces in terms of Peetre's maximal functions are obtained. Finally, applying those equivalent quasi-norms, the authors obtain the atomic, molecular and wavelet decompositions of these new spaces.
“…Many results paralleled with the theory of standard Besov and Triebel-Lizorkin spaces have been obtained and some new applications have also been given; see, for example, [1,2,[26][27][28][29][30][35][36][37][38][39][40]42,48]. Actually, Mazzucato in [27] established some decomposition of Morrey type Besov spaces, which are called Besov-Morrey spaces, in terms of smooth wavelets, molecules concentrated on dyadic cubes, and atoms supported on dyadic cubes.…”
In this paper, Morrey type Besov and Triebel-Lizorkin spaces with variable exponents are introduced. Then equivalent quasi-norms of these new spaces in terms of Peetre's maximal functions are obtained. Finally, applying those equivalent quasi-norms, the authors obtain the atomic, molecular and wavelet decompositions of these new spaces.
“…Kozono and Yamazaki [20] and Mazzucato [21] used these spaces in the theory of Navier-Stokes equations. Some properties of the spaces including the wavelet characterisations were described in the papers by Sawano [22][23][24], Sawano and Tanaka [25,26], Tang and Xu [27]. The most systematic and general approach can certainly be found in the very recent book [28] of Yuan et al, we also recommend this monograph for further up-to-date references on this subject.…”
Section: Introductionmentioning
confidence: 93%
“…We follow the ideas of Tang and Xu [27], where a somewhat different definition is proposed. The ideas were developed by Sawano and Tanaka [22,23,25,26].…”
We study embeddings of spaces of Besov-Morrey type, MB s 1 ,r 1 p 1 ,q 1 (R d ) → MB s 2 ,r 2 p 2 ,q 2 (R d ), and obtain necessary and sufficient conditions for this. Moreover, we can also characterise the special weighted situation B s 1
“…Najafov also considered the embedding results for Sobolev-Morrey spaces in [38]. Sawano and Tanaka considered the complex interpolation of Morrey spaces, Besov-Morrey spaces in [61] but there was a mistake in [61,Proposition 5.3]. The method introduced in the book [2] was not used in [61].…”
Section: 2mentioning
confidence: 99%
“…Sawano and Tanaka considered the complex interpolation of Morrey spaces, Besov-Morrey spaces in [61] but there was a mistake in [61,Proposition 5.3]. The method introduced in the book [2] was not used in [61]. Yuan, Sickel and Yang overcame this problem in [97].…”
Abstract. The theory of generalized Besov-Morrey spaces and generalized Triebel-LizorkinMorrey spaces is developed. Generalized Morrey spaces, which T. Mizuhara and E. Nakai proposed, are equipped with a parameter and a function. The trace property is one of the main focuses of the present paper, which will clarify the role of the parameter of generalized Morrey spaces. The quarkonial decomposition is obtained as an application of atomic decomposition. In the end, the relation between the function spaces dealt in the present paper and the foregoing researches is discussed.
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