AbstractBy making use of the familiar concept of neighborhoods of analytic and p-valent functions, the authors prove coefficient bounds and distortion inequalities, and associated inclusion relations for the (n, δ)-neighborhoods of a family of multivalent functions with negative coefficients, which is defined by means of a certain nonhomogeneous Cauchy-Euler differential equation. Relevant connections of the various function classes investigated in this paper with those considered by earlier workers on the subject are also mentioned
Abstract. In this paper a new subclass of multivalent functions with negative coefficients defined b...
[[abstract]]In the present paper by making use of the known concept of neighborhoods of analytic fun...
In this paper, we establish a new subfamily ℘p(τ, α, β) of multivalent functions with negative coeff...
AbstractIn the present investigation, by making use of the familiar concept of neighborhoods of anal...
By making use of the familiar concept of neighborhoods of ana-lytic and univalent functions, the aut...
AbstractBy making use of the familiar concept of neighborhoods of analytic and p-valent functions, t...
By means of Ruscheweyh derivative operator, we introduced and investigated two new subclasses of p-v...
By making use of the familiar concept of neighborhoods of analytic functions, we prove several inclu...
AbstractBy making use of the familiar concept of neighborhoods of analytic functions, the authors pr...
We making use of the familiar concept of neighborhoods of analytic functions, we prove several inclu...
Abstract. The main object of this paper is to prove several inclusion relations associated with the ...
By making use of the familiar concept of neighborhoods of analytic functions, the au-thor proves sev...
AbstractIn this paper, the authors prove several coefficient bounds, distortion inequalities of the ...
By making use of the familiar concept of neighborhoods of analytic functions, the authors prove seve...
Abstract. The purpose of the present paper is to make use of the familiar concept of neighborhoods o...
Abstract. In this paper a new subclass of multivalent functions with negative coefficients defined b...
[[abstract]]In the present paper by making use of the known concept of neighborhoods of analytic fun...
In this paper, we establish a new subfamily ℘p(τ, α, β) of multivalent functions with negative coeff...
AbstractIn the present investigation, by making use of the familiar concept of neighborhoods of anal...
By making use of the familiar concept of neighborhoods of ana-lytic and univalent functions, the aut...
AbstractBy making use of the familiar concept of neighborhoods of analytic and p-valent functions, t...
By means of Ruscheweyh derivative operator, we introduced and investigated two new subclasses of p-v...
By making use of the familiar concept of neighborhoods of analytic functions, we prove several inclu...
AbstractBy making use of the familiar concept of neighborhoods of analytic functions, the authors pr...
We making use of the familiar concept of neighborhoods of analytic functions, we prove several inclu...
Abstract. The main object of this paper is to prove several inclusion relations associated with the ...
By making use of the familiar concept of neighborhoods of analytic functions, the au-thor proves sev...
AbstractIn this paper, the authors prove several coefficient bounds, distortion inequalities of the ...
By making use of the familiar concept of neighborhoods of analytic functions, the authors prove seve...
Abstract. The purpose of the present paper is to make use of the familiar concept of neighborhoods o...
Abstract. In this paper a new subclass of multivalent functions with negative coefficients defined b...
[[abstract]]In the present paper by making use of the known concept of neighborhoods of analytic fun...
In this paper, we establish a new subfamily ℘p(τ, α, β) of multivalent functions with negative coeff...