Polynomial Expansions for Solutions of Higher-order q-Bessel Heat Equation

Abstract

[[abstract]]In this paper we give the q-analogue of the higher-order Bessel opera- tors studied by M. I. Klyuchantsev [12] and A. Fitouhi, N. H. Mahmoud and S. A. Ould Ahmed Mahmoud [3]. Our objective is twofold. First, using the q-Jackson integral and the q-derivative, we aim at establishing some properties of this function with proofs similar to the classical case. Second our goal is to construct the associated q-Fourier transform and the q-analogue of the theory of the heat polynomials introduced by P. C. Rosenbloom and D. V. Widder [13]. Our operator for some value of the vector index generalize the q-j Bessel operator of the second order in [4] and a q-Third operator in [6]