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Recently Virchenko et al have treated a generalized gamma function Γ( a, b; c;/ u, v/ ; p, τ) = v-a ∫∞0 xu-1e-px 2R1 (a, b; c; τ;- x/ v)dx, where 2R1(a, b; c; τ ; x) is the generalized hypergeometric function presented for Dotsenko in 1991. The object of this paper is to obtain some more results involving especial case of this function and computational forms as obtained. [ABSTRACT FROM AUTHOR]

In 1991 M. Dotsenko presented a generalization of Gauss' hypergeometric function refered as 2R1τ (z), and established its representation in series and integral. It is important to remark that in 1999 Nina Virchenko and, later in 2003, Leda Galué considered this function by introducing a set of recurrence and differentiation formulas; they permit simplify some complicated calculus. Kalla et al estudied this function and they presented a new unified form of the gamma function. Later in 2006, Castillo et al present some simple representation for this function. Along this paper work some improper integrals with integration infinity limit involving generalized hypergeometric function 2R1(a,b;c;τ;z) are displayed. [ABSTRACT FROM AUTHOR]

In 1999 Nina Virchenko have considered the τ-generalization of Gauss hypergeometric function 2R1(a, b; c; τ; z) with a set of recurrence relations and differentiation formulas. In this paper is obtained some indefined integrals associated with the generalized hypergeometric function and some particular cases. [ABSTRACT FROM AUTHOR]

The field of especial functions have had a remarkable development during the last deacades because there are many phenomena that can be studied through ont the use of these functions themselves, such as related stochastics processes, operational research, queuing theory, functional equations, vibrations of plates, heat conduction, elasticity, and radiation. Along this paper work, an extension of the theories presented by M. Dotsenko en 1991 is considered. M. Dotsenko introduced the generalization of the hypergeometric function of Gauss referred as 2Rr1 (z), and he established it representation in series and integral. It is important to remark that in 1999 Nina Virchenko and, later in 2003, Leda Galué considered this function by introducing a set of recurrence and differentiation formulas. Along this paper work some simple representations of the function 2R1(a, b; c; r; z) are displayed, which will be very useful for future researchers since they permit simplify calculus at the time of solving problems involving this function. [ABSTRACT FROM AUTHOR]