In this Review, we present a comparative study between electron and positron scattering
cross sections from CO2 molecules over a broad impact energy range (0.1–5000 eV). For …

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 …

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

A two-parameter semiempirical theory of positron scattering and annihilation is developed
and used to investigate the behavior of positrons interacting with the rare gases and metal …

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 …

We report on recent cross section results for positron scattering from molecular oxygen (O 2).
Total cross sections (TCSs) were measured with a positron spectrometer in the energy …

We present a model absorption potential for the calculation of cross sections for the
scattering of positrons from various atomic targets. Our model, which is free of any …

We report a computational investigation of positron scattering by pyrimidine (C 4 H 4 N 2) in
the gas phase. Integral and differential cross sections have been calculated over a broad …

Abstract Positron scattering by Ar, Kr and Xe was investigated considering two well-
established semiempirical potentials with different descriptions of the asymptotic positron …

Isomerism is ubiquitous in chemistry, physics, and biology. In atomic and molecular physics,
in particular, isomer effects are well known in electron-impact phenomena; however, very …