Let p 〉 0 and μ be a normal function on [0, 1), u(r) = (1 - r2)1+n^pμ(r) for r ∈ [0, 1). In this article, the bounded or compact weighted composition operator Tφ,ψ from the μ-Bergman space AP(p) to t...Let p 〉 0 and μ be a normal function on [0, 1), u(r) = (1 - r2)1+n^pμ(r) for r ∈ [0, 1). In this article, the bounded or compact weighted composition operator Tφ,ψ from the μ-Bergman space AP(p) to the normal weight Bloch type space β (r)in the unit ball is characterized. The briefly sufficient and necessary condition that the composition operator Cφ is compact from A^p(μ) to βv, is given. At the same time, the authors give the briefly sufficient and necessary condition that Cv is compact on βμ, for a 〉 1.展开更多
基金supported by the National Natural Science Foundation of China(11571104)Hunan Provincial Natural Science Foundation of China(2015JJ2095)
文摘Let p 〉 0 and μ be a normal function on [0, 1), u(r) = (1 - r2)1+n^pμ(r) for r ∈ [0, 1). In this article, the bounded or compact weighted composition operator Tφ,ψ from the μ-Bergman space AP(p) to the normal weight Bloch type space β (r)in the unit ball is characterized. The briefly sufficient and necessary condition that the composition operator Cφ is compact from A^p(μ) to βv, is given. At the same time, the authors give the briefly sufficient and necessary condition that Cv is compact on βμ, for a 〉 1.
基金supported by the Education Department Important Foundation of Hunan Province in China(10A074)supported by the Education Department Important Foundation of Hunan Provincein China(12A206)College of Mathematics and Computer Science,Key Laboratory of High Performance Computing and Stochastic Information Processing(Ministry of Education of China),Hunan Normal University,and the Construct Program of the Key Discipline in Hunan Province
文摘Let μ be a normal function on [0, 1). The atomic decomposition of the μ-Bergman space in the unit ball B is given for all p 〉 0.