J Austral Math Soc Ser A 52 pp1--10, 1992.
(Received 16 January 1990; revised 20 June 1990)
The authors begin by presenting a brief survey of the various useful methods of solving certain integral equations of Fredholm type. In particular, they apply the reduction techniques with a view to inverting a class of generalizad hypergeometric integral transforms. This is observed to lead to an interesting generalization of the work of E. R. Love [9]. The Mellin transform technique for solving a general Fredholm type integral equation with the familiar H-function in the kernel is also considered.
1991 AMS Subject Classification: primary 45B05, 44A20; secondary 33A35
Last Modified: Mon Feb 3 9:46:11 2003