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  1. Computational Methods and Function Theory
  2. Computational Methods and Function Theory : Volume 8
  3. Computational Methods and Function Theory : Volume 8, Issue 1, May 2008
  4. A Jentzsch-Type-Theorem
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Computational Methods and Function Theory : Volume 17
Computational Methods and Function Theory : Volume 16
Computational Methods and Function Theory : Volume 15
Computational Methods and Function Theory : Volume 14
Computational Methods and Function Theory : Volume 13
Computational Methods and Function Theory : Volume 12
Computational Methods and Function Theory : Volume 11
Computational Methods and Function Theory : Volume 10
Computational Methods and Function Theory : Volume 9
Computational Methods and Function Theory : Volume 8
Computational Methods and Function Theory : Volume 8, Issue 2, May 2008
Computational Methods and Function Theory : Volume 8, Issue 1, May 2008
Meromorphic Solutions of a Differential Equation with Polynomial Coefficients
Approximation by Translates of Taylor Polynomials of the Riemann Zeta Function
Schwarzian Derivatives and Uniform Local Univalence
Estimates for Singular Integral Operators
The Modulus of Continuity of a Measure with Finite Energy
On Null Quadrature Domains
Meromorphic Functions in the Class S and the Zeros of the Second Derivative
Non-Tangential Limits of Slowly Growing Analytic Functions
Permutable Entire Functions Satisfying Algebraic Differential Equations
Estimates of the Derivatives of Meromorphic Maps from Convex Domains into Concave Domains
Large Gaps Between Zeros of the Zeta-Function on the Critical Line and Moment Conjectures from Random Matrix Theory
Special Classes of Normal Families
On a Uniqueness Property of Harmonic Functions
Hölder Exponents of Green’s Functions of Cantor Sets
An Extension of Jenkin’s Condition for Extremal Domains Associated with the Univalent Bloch-Landau Constant
Asymptotic Maximum Principles for Subharmonic Functions
Composition of Involutive Power Series, and Reversible Series
A Montel Theorem for Holomorphic Functions on Infinite Dimensional Spaces that Omit the Values 0 and 1
A Jentzsch-Type-Theorem
On the Increase of Capacity with Asymmetry
The Structure of the Semigroup of Proper Holomorphic Mappings of a Planar Domain to the Unit Disc
On Polynomials with a Prescribed Zero on a Quasicircle
On the Boundary Behaviour of Univalent Harmonic Mappings onto Convex Domains
Non-Tangential Limits of Bloch Functions
Singularities of Schröder Maps and Unhyperbolicity of Rational Functions
Computational Methods and Function Theory : Volume 7
Computational Methods and Function Theory : Volume 6
Computational Methods and Function Theory : Volume 5
Computational Methods and Function Theory : Volume 4
Computational Methods and Function Theory : Volume 3
Computational Methods and Function Theory : Volume 2
Computational Methods and Function Theory : Volume 1

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A Jentzsch-Type-Theorem

Content Provider Springer Nature Link
Author Luh, Wolfgang
Copyright Year 2008
Abstract Suppose that $\matrix\sum^\infty_v=0\ a_vz^v$ is a power series with radius of convergence 1 and denote by $S_n(z)\matrix\sum^n_v=0\ a_vz^v$ its partial sums. In this paper, we investigate properties of the mapping $\omega = S_n(z)$
Starting Page 199
Ending Page 202
Page Count 4
File Format PDF
ISSN 16179447
Journal Computational Methods and Function Theory
Volume Number 8
Issue Number 1
e-ISSN 21953724
Language English
Publisher Springer-Verlag
Publisher Date 2007-07-25
Publisher Place Berlin, Heidelberg
Access Restriction One Nation One Subscription (ONOS)
Subject Keyword Computational Mathematics and Numerical Analysis Jentzsch-theorems distribution of zeros Functions of a Complex Variable Analysis Zeros of polynomials, rational functions, and other analytic functions Power series
Content Type Text
Resource Type Article
Subject Applied Mathematics Computational Theory and Mathematics Analysis
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