We study the charge transfer between colliding ions, atoms, or molecules, within time-
dependent density functional theory. Two particular cases are presented, the collision …

This study focuses on the microscopic modeling of 0–25 keV Bi1–3–5 and C60 cluster
impacts on three different targets (Au crystal, adsorbed Au nanoparticle, and organic solid) …

This article reviews the results of molecular dynamics simulations of kilo‐electron‐volt
projectile (Ga, Au1− 400, Bi1− 5, C60, Ar60− 2000 and organic clusters) impacts with two …

Argon clusters are increasingly used for organic mass spectrometry and 3D imaging, but
their interaction with complex samples is not well understood yet. In this study, the …

This chapter discusses the case of organic and related materials, with a few examples taken
from other types of systems when deemed necessary. It focuses on problems of cluster …

Cluster secondary ion mass spectrometry is now widely used for the characterization of
nanostructures. In order to gain a better understanding of the physics of keV cluster …

Although nowadays the use of cluster ion sources seems to enhance the secondary ion
emission for nearly all materials, the technique of metal‐assisted SIMS can still give further …

Cluster bombardments of 15 keV C60 on metal–organic interfaces composed of silver atoms
and octatetraene molecules were modeled using molecular dynamics computer simulations …

This chapter addresses the application of cluster ion beams for static secondary ion mass
spectrometry (SIMS)(surface analysis) of soft materials using cluster primary ion beams and …

In this chapter we will cover literature studies related to deposition and sticking of organic
matter in the sub-monolayer range and the characterization of the latter. Special interest will …