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 impact scattering cross-sections for pyridine and pyrimidine are reported here.
Spherical complex optical potential formalism is used to calculate the positronium formation …

Using a recent extension of the Low-Energy Particle Track Simulation (LEPTS) Monte Carlo
code, we model the slowing-down of heavy charged particles propagating in water …

This work reports elastic integral and differential cross sections for positron collisions with
pyrimidine, for energies up to 20 eV. The cross sections were computed with the Schwinger …

The well-known spherical complex optical potential (SCOP) and complex scattering
potential-ionization contribution (CSP-ic) methods with appropriate modifications are …

This topical issue collates a series of papers based on new data reported at the third Nano-
IBCT Conference of the COST Action MP1002: Nanoscale Insights into Ion Beam Cancer …

In the present article we have proposed and tested a new polarization scheme within the
Schwinger Multichannel method based on a model potential to describe positron-molecule …

We present calculated elastic integral cross section (ICS) for low-energy positron scattering
by formaldehyde-water complexes (hydrogen-bonded pairs CH 2 O⋯ H 2 O). We considered …

Neste trabalho são apresentadas seções de choque calculadas para o espalhamento de
elétrons e pósitrons por moléculas cíclicas, empregando o método multicanal de Schwinger …

This chapter gives an overview of recent developments in the Monte Carlo-based modeling
of the interaction of ionizing radiation with biologically relevant systems. Several track …