summary:Using the operator $\frak {D}_{q,\varrho }^{m}(\lambda ,l)$, we introduce the subclasses $\frak {Y}^{*m}_{q,\varrho }(l,\lambda ,\gamma )$ and $\frak {K}^{*m}_{q,\varrho }(l,\lambda ,\gamma )$ of normalized analytic functions. Among the results investigated for each of these function classes, we derive some subordination results involving the Hadamard product of the associated functions. The interesting consequences of some of these subordination results are also discussed. Also, we derive integral means results for these classes
In this article, the Saigo fractional q-integral operator is used, to establish new classes of fract...
AbstractRecently Srivastava et al. [J. Dziok, H.M. Srivastava, Certain subclasses of analytic functi...
AbstractIn this paper, we obtain some subordination and superordination-preserving results of analyt...
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In this article, we introduce and investigate a new class of non-Bazilevič functions with respect to...
This research paper deals with some radius problems, the basic geometricproperties, general coecient...
q-analysis (q-calculus) has many applications in mathematics andphysics. $q$-Derivative $D_q$ of a f...
AbstractIn the present paper an extended fractional differintegral operator Ωz(λ,p) (−∞<λ<p+1;p∈N), ...
In this paper, we derive some subordination and superordination results for the generalized "Srivast...
In this paper, we apply fractional differintegral operator and study various properties of different...
In the present paper, we define a generalized composite fractional q-derivative D^{\alpha,\beta,\nu}...
AbstractBy making use of a subordination theorem for analytic functions, we derive several subordina...
In the present paper we introduce two new sub-categories MS∗q,η(p, s; d) and MK q,η(p, s; d) for a v...
We first define the $q$-analogue operators of fractional calculus which are then used in defining ce...
A special function is a function that is typically entitled after an early scientist who studied its...
In this article, the Saigo fractional q-integral operator is used, to establish new classes of fract...
AbstractRecently Srivastava et al. [J. Dziok, H.M. Srivastava, Certain subclasses of analytic functi...
AbstractIn this paper, we obtain some subordination and superordination-preserving results of analyt...
This paper deals with Al-Salam fractional q-integral operator and its application to certain q-analo...
In this article, we introduce and investigate a new class of non-Bazilevič functions with respect to...
This research paper deals with some radius problems, the basic geometricproperties, general coecient...
q-analysis (q-calculus) has many applications in mathematics andphysics. $q$-Derivative $D_q$ of a f...
AbstractIn the present paper an extended fractional differintegral operator Ωz(λ,p) (−∞<λ<p+1;p∈N), ...
In this paper, we derive some subordination and superordination results for the generalized "Srivast...
In this paper, we apply fractional differintegral operator and study various properties of different...
In the present paper, we define a generalized composite fractional q-derivative D^{\alpha,\beta,\nu}...
AbstractBy making use of a subordination theorem for analytic functions, we derive several subordina...
In the present paper we introduce two new sub-categories MS∗q,η(p, s; d) and MK q,η(p, s; d) for a v...
We first define the $q$-analogue operators of fractional calculus which are then used in defining ce...
A special function is a function that is typically entitled after an early scientist who studied its...
In this article, the Saigo fractional q-integral operator is used, to establish new classes of fract...
AbstractRecently Srivastava et al. [J. Dziok, H.M. Srivastava, Certain subclasses of analytic functi...
AbstractIn this paper, we obtain some subordination and superordination-preserving results of analyt...