Higher-order q-derivatives and their applications to subclasses of multivalent Janowski type q-starlike functions

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SPRINGER

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info:eu-repo/semantics/openAccess

Abstract

In the present investigation, with the help of certain higher- order q-derivatives, some new subclasses of multivalent q-starlike functions which are associated with the Janowski functions are defined. Then, certain interesting results, for example, radius problems and the results related to distortion, are derived. We also derive a sufficient condition and certain coefficient inequalities for our defined function classes. Some known consequences related to this subject are also highlighted. Finally, the well-demonstrated fact about the (p, q)-variations is also given in the concluding section.

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Analytic functions, Multivalent functions, q-Difference (or q-Derivative) operator, q-Starlike functions, Distortion theorems, Janowski functions, Radius problem, Coefficient inequalities

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ADVANCES IN DIFFERENCE EQUATIONS

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2021

Issue

1

Citation

Khan, B., Liu, Z.-G., Srivastava, H. M., Araci, S., Khan, N., & Ahmad, Q. Z. (December 01, 2021). Higher-order q-derivatives and their applications to subclasses of multivalent Janowski type q-starlike functions. Advances in Difference Equations, 2021, 1.)

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