A convolution inequality with applications to function theory. II

DOI10.1007/BF02788848zbMath0791.30024MaRDI QIDQ1317286

John Rossi, Matts Essén, Daniel F. Shea

Publication date: 7 July 1994

Published in: Journal d'Analyse Mathématique (Search for Journal in Brave)

zbMATH Keywords

deficiencyNevanlinna characteristicspread relationstar function

Mathematics Subject Classification ID

Value distribution of meromorphic functions of one complex variable, Nevanlinna theory (30D35)

Related Items (1)

The size of the set where a univalent function is large

Cites Work

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• Integral means, univalent functions and circular symmetrization
• Regularity theorems associated with the spread relation
• Sums of deficiencies of meromorphic functions
• Proof of a conjecture of G. Polya concerning gap series
• A convolution inequality with applications in function theory
• A Unified Approach to Certain Questions in Value Distribution Theory
• Asymptotic behavior of meromorphic functions with extremal spread I
• The Size of the Set on Which a Meromorphic Function is Large
• A local form of the Phragmén‐lindelöf indicator
• Polya Peaks and the Oscillation of Positive Functions
• Proof of Edrei's Spread Conjecture
• Some Theorems on Integral Functions with Negative Zeros
• Functions Representable as Differences of Subharmonic Functions

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