Mathematical and Computational Methods in R-matrix Theory
Editors: Martin Plummer, Jimena D Gorfinkiel, Jonathan Tennyson
Published by CCP2 (Collaborative Computational Project
on Continuum States of Atoms and Molecules).
Daresbury Laboratory, Daresbury, Warrington, WA4 4AD, United Kingdom
Copyright CCP2 2007
Suggested Dewey classification: 539.7, 541.2
ISBN 978-0-9556616-3-1
Contents
Introduction
M Plummer, J D
Gorfinkiel and J Tennyson
R-matrix theory: applications and challenges
P G Burke
R-matrix for heavy species
N R Badnell
R-matrix Floquet theory for laser-assisted electron-atom scattering
K M Dunseath and M
Terao-Dunseath
An R-matrix method for positron atom and molecule scattering using
explicitly correlated wavefunctions
J Franz
R-matrix methods for electronic and nuclear dynamics in molecules
R Guerout, Ch Jungen
and M Telmini
A hyperspherical R-matrix scheme for two-active-electron systems
L Malegat, C Bouri
and P Selles
Analysis of anionic molecular complexes within the R-matrix framework
B Nestmann and M
Tarana
Orthogonal and non-orthogonal radial orbital methods in R-matrix
electron-atom scattering
M Plummer
2DRMP: fast computation of the Slater integrals
N S Scott, M P Scott,
L Gr Ixaru and C Denis
Parallel diagonalization performance for R-matrix calculations
A G Sunderland
The partitioned R-matrix method
J Tennyson and G
Halmova
Finite-elements R-matrix calculations: from molecules to the condensed
phase
S Tonzani