We show that entire transcendental functions f satisfying log M(r,f) = o(log 2r), r → ∞ (M(r,f): = maxf(z)| necessarily have growth irregularity, which increases as the growth diminishes. In particular, if 1 < p < 2, then the asymptotics log M(r,f) = (log pr) +0 (log2-pr), r → ∞ is impossible. It becomes possible if "o" is replaced by "O.". © Springer Science+Business Media, Inc. 2006
AbstractWe solve a problem posed by Bonilla and Grosse-Erdmann (2007) [7] by constructing an entire ...
Study of the growth analysis of entire or meromorphic functions has generally been done through thei...
AbstractIn this paper, we investigate the growth of two composite entire functions of finite iterate...
In this paper we study entire functions whose maximum on a disc of radius $r$ grows like $e^{h(\log ...
AbstractRelations are established between the quantities in the title in form of direct estimates, i...
A positive continuous function L= L(r) is called slowly if L(ar) ~ L(r) as r͢-∞ for every positive...
We study the rate of growth of entire functions that are distributionally irregular for the differe...
AbstractA sufficient condition for entire functions f and g to be such that the series ∑m=0∞f(m)(0)g...
In the paper we extend and sometimes improve few results on comparative growth properties of composi...
summary:In the present paper, we study the polynomial approximation of entire functions of several c...
summary:The aim of this paper paper is to study the comparative growth properties of the composition...
summary:In the present paper, we study the polynomial approximation of entire functions of several c...
In this paper we obtain estimates for certain transcendence measures of an entire function f. Using ...
In this paper we obtain estimates for certain transcendence measures of an entire function f. Using ...
summary:The aim of this paper paper is to study the comparative growth properties of the composition...
AbstractWe solve a problem posed by Bonilla and Grosse-Erdmann (2007) [7] by constructing an entire ...
Study of the growth analysis of entire or meromorphic functions has generally been done through thei...
AbstractIn this paper, we investigate the growth of two composite entire functions of finite iterate...
In this paper we study entire functions whose maximum on a disc of radius $r$ grows like $e^{h(\log ...
AbstractRelations are established between the quantities in the title in form of direct estimates, i...
A positive continuous function L= L(r) is called slowly if L(ar) ~ L(r) as r͢-∞ for every positive...
We study the rate of growth of entire functions that are distributionally irregular for the differe...
AbstractA sufficient condition for entire functions f and g to be such that the series ∑m=0∞f(m)(0)g...
In the paper we extend and sometimes improve few results on comparative growth properties of composi...
summary:In the present paper, we study the polynomial approximation of entire functions of several c...
summary:The aim of this paper paper is to study the comparative growth properties of the composition...
summary:In the present paper, we study the polynomial approximation of entire functions of several c...
In this paper we obtain estimates for certain transcendence measures of an entire function f. Using ...
In this paper we obtain estimates for certain transcendence measures of an entire function f. Using ...
summary:The aim of this paper paper is to study the comparative growth properties of the composition...
AbstractWe solve a problem posed by Bonilla and Grosse-Erdmann (2007) [7] by constructing an entire ...
Study of the growth analysis of entire or meromorphic functions has generally been done through thei...
AbstractIn this paper, we investigate the growth of two composite entire functions of finite iterate...