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25 April 2024
 
  » arxiv » 1203.2693

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Composition operators from $(k, heta)$-logarithmic Bloch spaces to weighted Bloch spaces
René E. Castillo ; Dana D. Clahane ; Juan F. Farías-López ; Julio C. Ramos-Fernández ;
Date 13 Mar 2012
AbstractIn this paper, we introduce $(k, heta)$-logarithmic Bloch spaces, which generalize the usual logarithmic Bloch space of the unit ball ${Bbb B}_n$ in ${Bbb C}^n$, where either $k=2$ and $ heta>1$, or $k=1$ and $ heta>e$. After obtaining norm equivalences among these spaces, we characterize the analytic self-maps $phi$ of the unit disk ${Bbb D}={Bbb B}_1$ in ${Bbb C}$ that induce continuous composition operators $C_phi$ from the log-Bloch space $mathcal{B}^{log}({Bbb D})$, and more generally, a $(k, heta)$-log Bloch space, into the $mu$-Bloch space ${mathcal B}^mu({Bbb D})$ in terms of the sequence of quotients of the $(k, heta)$-log Bloch norm of the $n$th power of $phi$ and the $mu$-Bloch norm of the $n$th power $F_n$ of the identity function on ${Bbb D}$, where $mu:{Bbb D} ightarrow (0,infty)$ is continuous and bounded. We also obtain an expression that is equivalent to the essential norm of $C_phi$ between these spaces. Our boundedness and essential norm results together imply characterizations of the compact composition operators between these spaces.
Source arXiv, 1203.2693
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