Add to ORKGIn this article we present a detailed overview of our studies of molecular photoionization and electron-molecule collisions in which we have used Schwinger-like variational principles and several important extensions of these principles. The various variational functionals and formulations, the interrelationships between these formulations, and a detailed discussion of the numerical and computational procedures which have been used in applications are presented
We present an iterative approach which uses the Schwinger variational principle to solve the Lippman...
The authors present the results of applications of the Schwinger variational principle to the scatte...
The authors present a method for applying the Schwinger variational principle to the scattering of l...
In this article we present a detailed overview of our studies of molecular photoionization and elect...
In this article we present a detailed overview of our studies of molecular photoionization and elect...
In this contribution we want to discuss several features and applications of the Schwinger variatio...
In this contribution we want to discuss several features and applications of the Schwinger variatio...
In this contribution we want to discuss several features and applications of the Schwinger variatio...
An iterative approach to the solution of the Lippmann-Schwinger integral equation for electron-molec...
We present a study of electron—molecular-ion collisions. The scattering equations are solved using a...
Variational methods have proven invaluable in theoretical physics and chemistry, both for bound stat...
Variational methods have proven invaluable in theoretical physics and chemistry, both for bound stat...
We present a discussion which should be helpful in clarifying some key steps in the formulation of a...
We present a discussion which should be helpful in clarifying some key steps in the formulation of a...
We present an iterative approach which uses the Schwinger variational principle to solve the Lippman...
We present an iterative approach which uses the Schwinger variational principle to solve the Lippman...
The authors present the results of applications of the Schwinger variational principle to the scatte...
The authors present a method for applying the Schwinger variational principle to the scattering of l...
In this article we present a detailed overview of our studies of molecular photoionization and elect...
In this article we present a detailed overview of our studies of molecular photoionization and elect...
In this contribution we want to discuss several features and applications of the Schwinger variatio...
In this contribution we want to discuss several features and applications of the Schwinger variatio...
In this contribution we want to discuss several features and applications of the Schwinger variatio...
An iterative approach to the solution of the Lippmann-Schwinger integral equation for electron-molec...
We present a study of electron—molecular-ion collisions. The scattering equations are solved using a...
Variational methods have proven invaluable in theoretical physics and chemistry, both for bound stat...
Variational methods have proven invaluable in theoretical physics and chemistry, both for bound stat...
We present a discussion which should be helpful in clarifying some key steps in the formulation of a...
We present a discussion which should be helpful in clarifying some key steps in the formulation of a...
We present an iterative approach which uses the Schwinger variational principle to solve the Lippman...
We present an iterative approach which uses the Schwinger variational principle to solve the Lippman...
The authors present the results of applications of the Schwinger variational principle to the scatte...
The authors present a method for applying the Schwinger variational principle to the scattering of l...