In this paper, using the linear operator dλ ,l (a, c, μ ) defined by a convolution product [2] we introduced and studied a general p,m class of multivalent functions in the open unit disc introduced by using the concept of the subordination. The main results we obtained deals with inclusion properties between these classes, and with some general subordination properties connected with the mentioned operator. All the results are sharp, the best possible, and are followed by special cases connected with the new defined classes, and other applications in the theory of multivalent and univalent functions
AbstractIn the present paper an extended fractional differintegral operator Ωz(λ,p) (−∞<λ<p+1;p∈N), ...
In 1999 Siverman introduced a class of univalent functions defined over the quotient of the analytic...
After introducing a new linear differential operator, we introduce and study certain new subclasses ...
AbstractWe introduce a certain general class νpλ(a, c, A, B) of multivalent analytic functions in th...
In the present paper we investigate a class of multivalently analytic functions which essentially in...
In the present paper we investigate a class of multivalently analytic functions which essentially in...
This thesis deals with analytic functions as well as multivalent functions de- �ned on the unit dis...
AbstractBy making use of the principle of subordination connecting analytic functions and the Liu–Ow...
In this paper, we apply fractional differintegral operator and study various properties of different...
In this paper, we apply fractional differintegral operator and study various properties of different...
In this paper, we apply fractional differintegral operator and study various properties of different...
In this paper, we apply fractional differintegral operator and study various properties of different...
AbstractBy making use of a general linear operator Ipλ(a,c), the authors introduce several new subcl...
We introduce a certain subclass of multivalent analytic functions by making use of the principle of ...
In this paper, we extend our results of some inequality relations in which we include multivalent fu...
AbstractIn the present paper an extended fractional differintegral operator Ωz(λ,p) (−∞<λ<p+1;p∈N), ...
In 1999 Siverman introduced a class of univalent functions defined over the quotient of the analytic...
After introducing a new linear differential operator, we introduce and study certain new subclasses ...
AbstractWe introduce a certain general class νpλ(a, c, A, B) of multivalent analytic functions in th...
In the present paper we investigate a class of multivalently analytic functions which essentially in...
In the present paper we investigate a class of multivalently analytic functions which essentially in...
This thesis deals with analytic functions as well as multivalent functions de- �ned on the unit dis...
AbstractBy making use of the principle of subordination connecting analytic functions and the Liu–Ow...
In this paper, we apply fractional differintegral operator and study various properties of different...
In this paper, we apply fractional differintegral operator and study various properties of different...
In this paper, we apply fractional differintegral operator and study various properties of different...
In this paper, we apply fractional differintegral operator and study various properties of different...
AbstractBy making use of a general linear operator Ipλ(a,c), the authors introduce several new subcl...
We introduce a certain subclass of multivalent analytic functions by making use of the principle of ...
In this paper, we extend our results of some inequality relations in which we include multivalent fu...
AbstractIn the present paper an extended fractional differintegral operator Ωz(λ,p) (−∞<λ<p+1;p∈N), ...
In 1999 Siverman introduced a class of univalent functions defined over the quotient of the analytic...
After introducing a new linear differential operator, we introduce and study certain new subclasses ...