2021
DOI: 10.3906/mat-2101-95
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Operators between different weighted Fréchet and (LB)-spaces of analytic functions

Abstract: We study some classical operators defined on the weighted Bergman Fréchet space A p α+ (resp. weighted Bergman (LB)-space A p α− ) arising as the projective limit (resp. inductive limit) of the standard weighted Bergman spaces into the growth Fréchet space H ∞ α+ (resp. growth (LB)-space H ∞ α− ), which is the projective limit (resp. inductive limit) of the growth Banach spaces. We show that, for an analytic self map φ of the unit disc D , the continuities of the weighted composition operator Wg,φ , the Volter… Show more

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Cited by 1 publication
(3 citation statements)
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“…If the bounded subsets of X are relatively compact, i.e., X is a Schwartz space, then bounded operators coincides with compact operators. By [17,Corollary 3.2], this is the case for A p α+ and A p α− . Therefore, Proposition 2.1 will play a crucial role in characterizing compactness of the Volterra operator T g on A p α+ and A p α− .…”
Section: Remark 23 Letmentioning
confidence: 89%
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“…If the bounded subsets of X are relatively compact, i.e., X is a Schwartz space, then bounded operators coincides with compact operators. By [17,Corollary 3.2], this is the case for A p α+ and A p α− . Therefore, Proposition 2.1 will play a crucial role in characterizing compactness of the Volterra operator T g on A p α+ and A p α− .…”
Section: Remark 23 Letmentioning
confidence: 89%
“…is the Cesàro operator. This operator acting on A p α+ and A p α− was investigated by the author in [17].…”
Section: Introductionmentioning
confidence: 99%
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