Topological and Functional Properties of Some F-Algebras of Holomorphic Functions

Let Np  (1<p<∞) be the Privalov class of holomorphic functions on the open unit disk D in the complex plane. The space Np equipped with the topology given by the metric dp defined by dp(f,g)=(∫02π‍(log(1+|f∗(eiθ)-g∗(eiθ)|))p(dθ/2π))1/p, f,g∈Np, becomes an F-algebra. For each p>1, we also co...

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Main Author: Romeo Meštrović
Format: Article
Language:English
Published: Wiley 2015-01-01
Series:Journal of Function Spaces
Online Access:http://dx.doi.org/10.1155/2015/850709
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author Romeo Meštrović
author_facet Romeo Meštrović
author_sort Romeo Meštrović
collection DOAJ
description Let Np  (1<p<∞) be the Privalov class of holomorphic functions on the open unit disk D in the complex plane. The space Np equipped with the topology given by the metric dp defined by dp(f,g)=(∫02π‍(log(1+|f∗(eiθ)-g∗(eiθ)|))p(dθ/2π))1/p, f,g∈Np, becomes an F-algebra. For each p>1, we also consider the countably normed Fréchet algebra Fp of holomorphic functions on D which is the Fréchet envelope of the space Np. Notice that the spaces Fp and Np have the same topological duals. In this paper, we give a characterization of bounded subsets of the spaces Fp and weakly bounded subsets of the spaces Np with p>1. If (Fp)∗ denotes the strong dual space of Fp and Npw∗ denotes the space Sp of complex sequences γ={γn}n satisfying the condition γn=Oexp-cn1/(p+1), equipped with the topology of uniform convergence on weakly bounded subsets of Np, then we prove that Fp∗=Npw∗ both set theoretically and topologically. We prove that for each p>1  Fp is a Montel space and that both spaces Fp and (Fp)∗ are reflexive.
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spelling doaj-art-40a90dc8a9ca4b05ba4075f55f9bd5422025-08-20T03:55:35ZengWileyJournal of Function Spaces2314-88962314-88882015-01-01201510.1155/2015/850709850709Topological and Functional Properties of Some F-Algebras of Holomorphic FunctionsRomeo Meštrović0Maritime Faculty, University of Montenegro, Dobrota 36, 85330 Kotor, MontenegroLet Np  (1<p<∞) be the Privalov class of holomorphic functions on the open unit disk D in the complex plane. The space Np equipped with the topology given by the metric dp defined by dp(f,g)=(∫02π‍(log(1+|f∗(eiθ)-g∗(eiθ)|))p(dθ/2π))1/p, f,g∈Np, becomes an F-algebra. For each p>1, we also consider the countably normed Fréchet algebra Fp of holomorphic functions on D which is the Fréchet envelope of the space Np. Notice that the spaces Fp and Np have the same topological duals. In this paper, we give a characterization of bounded subsets of the spaces Fp and weakly bounded subsets of the spaces Np with p>1. If (Fp)∗ denotes the strong dual space of Fp and Npw∗ denotes the space Sp of complex sequences γ={γn}n satisfying the condition γn=Oexp-cn1/(p+1), equipped with the topology of uniform convergence on weakly bounded subsets of Np, then we prove that Fp∗=Npw∗ both set theoretically and topologically. We prove that for each p>1  Fp is a Montel space and that both spaces Fp and (Fp)∗ are reflexive.http://dx.doi.org/10.1155/2015/850709
spellingShingle Romeo Meštrović
Topological and Functional Properties of Some F-Algebras of Holomorphic Functions
Journal of Function Spaces
title Topological and Functional Properties of Some F-Algebras of Holomorphic Functions
title_full Topological and Functional Properties of Some F-Algebras of Holomorphic Functions
title_fullStr Topological and Functional Properties of Some F-Algebras of Holomorphic Functions
title_full_unstemmed Topological and Functional Properties of Some F-Algebras of Holomorphic Functions
title_short Topological and Functional Properties of Some F-Algebras of Holomorphic Functions
title_sort topological and functional properties of some f algebras of holomorphic functions
url http://dx.doi.org/10.1155/2015/850709
work_keys_str_mv AT romeomestrovic topologicalandfunctionalpropertiesofsomefalgebrasofholomorphicfunctions