Physics

Confluent hypergeometric function

Hypergeometric function of a matrix argument

Operator (biology)

Hypergeometric function

Integral transform

Mathematics

Transcription factor

Laplace transform

Gene

Matrix (chemical analysis)

Fractional calculus

Mathematical analysis

Repressor

Composite material

Gauss

Generalization

Integral equation

Appell series

Chemistry

Materials science

Mellin transform

Hadamard transform

Quantum mechanics

Applied mathematics

Biochemistry

Fractal and Fractional

Recently, the importance of fractional differential equations in the field of applied science has gained more attention not only in mathematics but also in electrodynamics, control systems, economic, physics, geophysics and hydrodynamics. Among the many fractional differential equations are kinetic equations. Fractional-order kinetic Equations (FOKEs) are a unifying tool for the description of load vector behavior in disorderly media. In this article, we employ the Hadamard fractional integral operator via Mellin integral transform to establish the generalization of some fractional-order kinetic equations including extended (k,τ)-Gauss hypergeometric matrix functions. Solutions to certain fractional-order kinetic matrix Equations (FOKMEs) involving extended (k,τ)-Gauss hypergeometric matrix functions are also introduced. Moreover, several special cases of our main results are archived.

Contribution of Using Hadamard Fractional Integral Operator via Mellin Integral Transform for Solving Certain Fractional Kinetic Matrix Equations