Add to ORKGA Perturbative approach to the solution of Schrodinger equation proposed recently by Sasakawa and Sawada is studied for potentials containing a long range Coulomb tail. The rate of convergence is studied for nuclear as well as for atomic potentials
In this article, we study the problem of the asymptotic completeness for N-body Stark Hamiltonians w...
AbstractWe consider the scattering theory for the Schrödinger equation with −Δ−|x|α as a reference H...
A method of perturbation calculation, especially adapted to nucleon-nucleon scattering problems, is ...
Scattering theory is, roughly speaking, perturbation theory of self-adjoint operators on the (absolu...
The scattering problem for two particles interacting via theCoulomb potential isexamined for the cas...
We present a rigorous formalism for solving the scattering problem for long-rangeinteractions withou...
Method of potential representation for solution of SchrДodinger equation was proposed in [1], [2] fo...
Computational modelling of potential and resonant scattering for short range and Coulomb potentials ...
We apply renormalisation-group methods to two-body scattering by a combination of known long-range a...
The scattering wave function and the transition amplitude for the two-body Coulomb problem are writt...
Computational modelling of potential and resonant scattering for short range and Coulomb potentials ...
An approach to the solution of scattering and resonance problems based on splitting the potential in...
AbstractWe study an inverse scattering problem for a pair of Hamiltonians (H,H0) on L2(Rn), where H0...
We study perturbation theory in certain quantum mechanics problems in which the perturbing potential...
We discuss a new approach to solve the low lying states of the Schroedinger equation. For a fairly l...
In this article, we study the problem of the asymptotic completeness for N-body Stark Hamiltonians w...
AbstractWe consider the scattering theory for the Schrödinger equation with −Δ−|x|α as a reference H...
A method of perturbation calculation, especially adapted to nucleon-nucleon scattering problems, is ...
Scattering theory is, roughly speaking, perturbation theory of self-adjoint operators on the (absolu...
The scattering problem for two particles interacting via theCoulomb potential isexamined for the cas...
We present a rigorous formalism for solving the scattering problem for long-rangeinteractions withou...
Method of potential representation for solution of SchrДodinger equation was proposed in [1], [2] fo...
Computational modelling of potential and resonant scattering for short range and Coulomb potentials ...
We apply renormalisation-group methods to two-body scattering by a combination of known long-range a...
The scattering wave function and the transition amplitude for the two-body Coulomb problem are writt...
Computational modelling of potential and resonant scattering for short range and Coulomb potentials ...
An approach to the solution of scattering and resonance problems based on splitting the potential in...
AbstractWe study an inverse scattering problem for a pair of Hamiltonians (H,H0) on L2(Rn), where H0...
We study perturbation theory in certain quantum mechanics problems in which the perturbing potential...
We discuss a new approach to solve the low lying states of the Schroedinger equation. For a fairly l...
In this article, we study the problem of the asymptotic completeness for N-body Stark Hamiltonians w...
AbstractWe consider the scattering theory for the Schrödinger equation with −Δ−|x|α as a reference H...
A method of perturbation calculation, especially adapted to nucleon-nucleon scattering problems, is ...