Much progress in the theory of positron scattering on atoms has been made in the ten years
since the review of Surko et al (2005 J. Phys. B: At. Mol. Opt. Phys. 38 R57). We review this …

Scattering phase shifts and annihilation rates for low-energy positrons interacting with noble
gas atoms are calculated ab initio using many-body theory implemented in the Gaussian …

In this study, we evaluated a polarization scheme within the framework of the Schwinger
multichannel method, using a model potential to describe positron-molecule polarization …

Positron scattering and annihilation on noble-gas atoms is studied ab initio using many-
body theory methods for positron energies below the positronium formation threshold. We …

An instrument has been designed and constructed to provide new insights into fundamental,
low energy positron scattering processes. The design is based on the Surko trap system and …

We present a critical analysis of available experimental and theoretical cross section data for
positron scattering from atomic systems. From this analysis, we present (where data are …

Total and positronium formation cross sections have been measured for positron scattering
from H 2 O and HCOOH using a positron beam with an energy resolution of 60 meV (full …

The single-center adiabatic-nuclei convergent close-coupling method is used to investigate
positron collisions with molecular hydrogen (H 2) in the ground and first vibrationally excited …

We review recent cross section results for low-energy positron scattering from atomic targets.
A comparison of the latest measurements and calculations for positron collisions with the …

The confined variational method is used to study the elastic scattering of the positron from
the ground-state helium with the scattering energy in the range from 0.05 eV to 11.02 eV …