AbstractThe double Zeta function of Barnes, ζ2(v,z,w), is considered for large and small values of z and w with w>0, |Arg(z)|<π and v≠1, 2. Two integral representations are obtained for ζ2(v,z,w). These integrals define the analytical continuation of the double Zeta function, primarily defined for R(v)>2 and R(z)>0, to the whole complex z-plane and complex v-plane with |Arg(z)|<π and v≠1,2. Six asymptotic expansions for large and small w or z are derived from these integrals. The expansions are all accompanied by error bounds at any order of the approximation. Numerical experiments show that these bounds are very accurate for real values of the variables
This paper is a contribution to the Special Issue on Painlevé Equations and Applications in Memory o...
This paper is a contribution to the Special Issue on Painlevé Equations and Applications in Memory o...
We show how various known results concerning the Barnes multiple zeta and gamma functions can be obt...
AbstractWe present a complete description of the analytic properties of the Barnes double zeta and G...
AbstractThe Barnes double gamma function G(z) is considered for large argument z. A new integral rep...
AbstractThe Barnes double gamma function G(z) is considered for large argument z. A new integral rep...
Abstract. The present article announces the results in the forthcoming paper [Ka13]. Let Q(u, v) = ...
We present a complete description of the analytic properties of the Barnes double zeta and Gamma fun...
AbstractWe present a complete description of the analytic properties of the Barnes double zeta and G...
AbstractWe shall derive a new expression for the double zeta-function of Euler–Zagier type ζ2(s1,s2)...
Dedicated to Trevor Stuart with deep gratitude We present several formulae for the large t asymptoti...
This paper continues a series of investigations on converging representations for the Riemann Zeta f...
The multiple Barnes function, defined as a generalization of the Euler gamma function, is used in ma...
We introduce a new type of multiple zeta function, which we call a bilateral zeta function. We prove...
This paper is a contribution to the Special Issue on Painlevé Equations and Applications in Memory o...
This paper is a contribution to the Special Issue on Painlevé Equations and Applications in Memory o...
This paper is a contribution to the Special Issue on Painlevé Equations and Applications in Memory o...
We show how various known results concerning the Barnes multiple zeta and gamma functions can be obt...
AbstractWe present a complete description of the analytic properties of the Barnes double zeta and G...
AbstractThe Barnes double gamma function G(z) is considered for large argument z. A new integral rep...
AbstractThe Barnes double gamma function G(z) is considered for large argument z. A new integral rep...
Abstract. The present article announces the results in the forthcoming paper [Ka13]. Let Q(u, v) = ...
We present a complete description of the analytic properties of the Barnes double zeta and Gamma fun...
AbstractWe present a complete description of the analytic properties of the Barnes double zeta and G...
AbstractWe shall derive a new expression for the double zeta-function of Euler–Zagier type ζ2(s1,s2)...
Dedicated to Trevor Stuart with deep gratitude We present several formulae for the large t asymptoti...
This paper continues a series of investigations on converging representations for the Riemann Zeta f...
The multiple Barnes function, defined as a generalization of the Euler gamma function, is used in ma...
We introduce a new type of multiple zeta function, which we call a bilateral zeta function. We prove...
This paper is a contribution to the Special Issue on Painlevé Equations and Applications in Memory o...
This paper is a contribution to the Special Issue on Painlevé Equations and Applications in Memory o...
This paper is a contribution to the Special Issue on Painlevé Equations and Applications in Memory o...
We show how various known results concerning the Barnes multiple zeta and gamma functions can be obt...