The focus of this article is the introduction of a new subclass of analytic functions involving q-analogue of the Bessel function and obtained coefficient inequities, growth and distortion properties, radii of close-to-convexity, and starlikeness, as well as convex linear combination. Furthermore, we discussed partial sums, convolution, and neighborhood properties for this defined class
By making use of the concept of fractional q-calculus, we firstly define q-extension of the generali...
A class of analytic functions is denoted by M. Furthermore, S⸦M includes of analytic, normalized and...
A class of analytic functions is denoted by M . Furthermore, S⸦M includes of analytic, normalized an...
In this paper, our main focus is to define a new subfamily of q-analogue of analytic functions assoc...
In our present investigation, we use the technique of convolution and quantum calculus to study the ...
Motivated by q-analogue theory, we define here q-analogue of p-valent Salagean differential operator...
In this article, we introduce and investigate the q-analogue of a new subclass of harmonic univalent...
Many diverse subclasses of analytic functions, q-starlike functions, and symmetric q-starlike functi...
Recently, there is a rapid increase of research in the area of Quantum calculus (known as q-calculus...
The aim of this paper is to define and explore a certain class of analytic functions involving the (...
In this paper, we are mainly interested in finding sufficient conditions for the q-close-to-convexit...
In this article, by utilizing the theory of quantum (or q-) calculus, we define a new subclass of an...
summary:We introduce and study some new subclasses of starlike, convex and close-to-convex functions...
WOS:000532484000023In this paper, we deal with some geometric properties including starlikeness and ...
By making use of the concept of basic (or q-) calculus, many subclasses of analytic and symmetric q-...
By making use of the concept of fractional q-calculus, we firstly define q-extension of the generali...
A class of analytic functions is denoted by M. Furthermore, S⸦M includes of analytic, normalized and...
A class of analytic functions is denoted by M . Furthermore, S⸦M includes of analytic, normalized an...
In this paper, our main focus is to define a new subfamily of q-analogue of analytic functions assoc...
In our present investigation, we use the technique of convolution and quantum calculus to study the ...
Motivated by q-analogue theory, we define here q-analogue of p-valent Salagean differential operator...
In this article, we introduce and investigate the q-analogue of a new subclass of harmonic univalent...
Many diverse subclasses of analytic functions, q-starlike functions, and symmetric q-starlike functi...
Recently, there is a rapid increase of research in the area of Quantum calculus (known as q-calculus...
The aim of this paper is to define and explore a certain class of analytic functions involving the (...
In this paper, we are mainly interested in finding sufficient conditions for the q-close-to-convexit...
In this article, by utilizing the theory of quantum (or q-) calculus, we define a new subclass of an...
summary:We introduce and study some new subclasses of starlike, convex and close-to-convex functions...
WOS:000532484000023In this paper, we deal with some geometric properties including starlikeness and ...
By making use of the concept of basic (or q-) calculus, many subclasses of analytic and symmetric q-...
By making use of the concept of fractional q-calculus, we firstly define q-extension of the generali...
A class of analytic functions is denoted by M. Furthermore, S⸦M includes of analytic, normalized and...
A class of analytic functions is denoted by M . Furthermore, S⸦M includes of analytic, normalized an...