International audienceConsidering the equations for some functions involving the first or the second derivatives of the biconfluent Heun function, we construct two expansions of the solutions of the biconfluent Heun equation in terms of incomplete Beta functions. The first series applies single Beta functions as expansion functions, while the second one involves a combination of two Beta functions. The coefficients of expansions obey four- and five-term recurrence relations, respectively. It is shown that the proposed technique is potent to produce series solutions in terms of other special functions. Two examples of such expansions in terms of the incomplete Gamma functions are presented
AbstractIn this paper, we introduce new functions as generalizations of the incomplete gamma functio...
We apply our simultaneous contour integral method to an infinite sum in Prudnikov et al. and use it ...
AbstractAn apparently new expansion of the exponential integral E1 in incomplete gamma functions is ...
International audienceConsidering the equations for some functions involving the first or the second...
International audienceConsidering the equations for some functions involving the first or the second...
International audienceConsidering the equations for some functions involving the first or the second...
International audienceConsidering the equations for some functions involving the first or the second...
International audienceConsidering the equations for some functions involving the first or the second...
Applying the approach based on the equation for the derivative, we construct several expansions of t...
Applying the approach based on the equation for the derivative, we construct several expansions of t...
We examine the expansions of the solutions of the general Heun equation in terms of the Gauss hyperg...
The incomplete beta function is defined as where Beta(p, q) is the beta function. Dutka (1981) gave ...
Most of the theoretical physics known today is described by using a small number of differential equ...
In this thesis an attempt has been made to complete to a large extent one's knowledge of the so...
The subject of special functions is rich and expanding continuously with the emergence of new proble...
AbstractIn this paper, we introduce new functions as generalizations of the incomplete gamma functio...
We apply our simultaneous contour integral method to an infinite sum in Prudnikov et al. and use it ...
AbstractAn apparently new expansion of the exponential integral E1 in incomplete gamma functions is ...
International audienceConsidering the equations for some functions involving the first or the second...
International audienceConsidering the equations for some functions involving the first or the second...
International audienceConsidering the equations for some functions involving the first or the second...
International audienceConsidering the equations for some functions involving the first or the second...
International audienceConsidering the equations for some functions involving the first or the second...
Applying the approach based on the equation for the derivative, we construct several expansions of t...
Applying the approach based on the equation for the derivative, we construct several expansions of t...
We examine the expansions of the solutions of the general Heun equation in terms of the Gauss hyperg...
The incomplete beta function is defined as where Beta(p, q) is the beta function. Dutka (1981) gave ...
Most of the theoretical physics known today is described by using a small number of differential equ...
In this thesis an attempt has been made to complete to a large extent one's knowledge of the so...
The subject of special functions is rich and expanding continuously with the emergence of new proble...
AbstractIn this paper, we introduce new functions as generalizations of the incomplete gamma functio...
We apply our simultaneous contour integral method to an infinite sum in Prudnikov et al. and use it ...
AbstractAn apparently new expansion of the exponential integral E1 in incomplete gamma functions is ...