In recent years, there has been a wealth of new science involving low-energy antimatter (ie,
positrons and antiprotons) at energies ranging from 10 2 to less than 10-3 eV. Much of this …

This article presents an overview of current understanding of the interaction of low-energy
positrons with molecules with emphasis on resonances, positron attachment, and …

This paper is a review of low-energy positron interactions with atoms and molecules.
Processes of interest include elastic scattering, electronic and vibrational excitation …

Progress in the ability to accumulate and cool positrons and antiprotons is enabling new
scientific and technological opportunities. The driver for this work is plasma physics research …

This colloquium describes an approach to incorporate into radiation damage models the
effect of low and intermediate energy (0–100 eV) electrons and positrons, slowing down in …

This paper presents an experimental study designed to address the long-standing question
regarding the origin of very large positron annihilation rates observed for many molecules …

Measurements of total scattering by positron impact have typically excluded a significant
portion of the forward scattering angles of the differential cross section. This paper …

Purpose: To incorporate the effects of low energy electrons and positrons into radiation
interaction models. Materials and methods: The simulation method proposed here was …

Absolute measurements are presented for the positron-impact cross sections for positronium
formation, direct ionization, and total ionization of the diatomic molecules N 2, CO, and O 2 …

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 …