AbstractBy making use of some techniques based upon certain new inverse pairs of symbolic operators, the authors investigate several decomposition formulas associated with Humbert hypergeometric functions Φ1, Φ2, Φ3, Ψ1, Ψ2, Ξ1 and Ξ2. These operational representations are constructed and applied in order to derive the corresponding decomposition formulas. With the help of these inverse pairs of symbolic operators, as many as 34 decomposition formulas are found. Euler type integrals connected with Humbert functions are also presented
AbstractBy using some techniques based upon certain inverse pairs of symbolic operators, the author ...
AbstractIt is shown that an appropriate combination of methods, relevant to generalized operational ...
AbstractTextA class of hyperelliptic integrals are expressed through hypergeometric functions, like ...
AbstractBy making use of some techniques based upon certain new inverse pairs of symbolic operators,...
AbstractBy making use of some rather elementary techniques based upon certain inverse pairs of symbo...
AbstractBy using some techniques based upon certain inverse pairs of symbolic operators, the author ...
AbstractWith the help of some techniques based upon certain inverse pairs of symbolic operators, the...
Based upon the classical derivative and integral operators we introduce a new symbolic operational i...
AbstractWe apply the hypergeometric symbolic calculus introduced in the previous work [A. Debiard, B...
AbstractWith the help of some techniques based upon certain inverse pairs of symbolic operators, the...
AbstractBy making use of some techniques based upon certain inverse pairs of symbolic operators, the...
AbstractBased upon the classical derivative and integral operators we introduce a new operator which...
In the present paper, we have established sufficient conditions for Gaus-sian hypergeometric functio...
We derive formulas that generalize contiguity relations of Gauss hypergeometric functions to the ca...
The functions of hypergeometric-type are the solutions y = yν(z) of the differential equation σ(z)y ...
AbstractBy using some techniques based upon certain inverse pairs of symbolic operators, the author ...
AbstractIt is shown that an appropriate combination of methods, relevant to generalized operational ...
AbstractTextA class of hyperelliptic integrals are expressed through hypergeometric functions, like ...
AbstractBy making use of some techniques based upon certain new inverse pairs of symbolic operators,...
AbstractBy making use of some rather elementary techniques based upon certain inverse pairs of symbo...
AbstractBy using some techniques based upon certain inverse pairs of symbolic operators, the author ...
AbstractWith the help of some techniques based upon certain inverse pairs of symbolic operators, the...
Based upon the classical derivative and integral operators we introduce a new symbolic operational i...
AbstractWe apply the hypergeometric symbolic calculus introduced in the previous work [A. Debiard, B...
AbstractWith the help of some techniques based upon certain inverse pairs of symbolic operators, the...
AbstractBy making use of some techniques based upon certain inverse pairs of symbolic operators, the...
AbstractBased upon the classical derivative and integral operators we introduce a new operator which...
In the present paper, we have established sufficient conditions for Gaus-sian hypergeometric functio...
We derive formulas that generalize contiguity relations of Gauss hypergeometric functions to the ca...
The functions of hypergeometric-type are the solutions y = yν(z) of the differential equation σ(z)y ...
AbstractBy using some techniques based upon certain inverse pairs of symbolic operators, the author ...
AbstractIt is shown that an appropriate combination of methods, relevant to generalized operational ...
AbstractTextA class of hyperelliptic integrals are expressed through hypergeometric functions, like ...