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

The recently developed ab initio many-body theory of positron molecule binding [J. Hofierka,
Many-body theory of positron binding to polyatomic molecules, Nature (London) 606, 688 …

Enhanced positron annihilation on polyatomic molecules is a long-standing and complex
problem. We report the results of calculations of resonant positron annihilation on methyl …

A model-potential method is employed to calculate binding, elastic scattering, and
annihilation of positrons for a number of atoms and small nonpolar molecules, namely, Be …

The development of high resolution positron beams has enabled measurements of
annihilation rates for molecules as a function of incident positron energy. Vibrational …

The molecular R-matrix with pseudo-states (MRMPS) method is employed to study positron
collisions with H 2. The calculations employ pseudo-continuum orbital sets containing up to …

We have determined integral and differential elastic cross sections for positron scattering
with atomic F and F2 molecules from 0.01 to 1000 eV with different theoretical approaches …

Positron scattering by beryllium atoms in the low-energy range (≤ 4.0 eV) was studied
within ab initio and semiempirical frameworks. When interpreting the static dipole …

We analyse the process of rapid positron annihilation in large polyatomic molecules due to
positron capture into vibrational Feshbach resonances. Resonant annihilation occurs in …

The present results report a computational analysis of the effects of symmetric bond
stretching during positron scattering from polyatomic hydrocarbon molecules in the gas …