Table of Contents

Electron loss to the continuum for light ions.- Theoretical description of the cusp electrons ejected in asymmetric heavy-ion collisions.- Double differential cross section for electron capture to the continuum with molecular projectiles.- Density matrix description of collisional electron transfer into the continuum of ionic projectiles.- A time dependent secondary electron transport model.- Continuum-electron capture by 25-250-keV protons in helium.- The influence of a diffuse target on electron loss into the continuum double differential distributions.- CUSP studies for simple collision systems.- Doubly differential emission distributions for electron loss to the continuum from fast heavy projectiles in gas targets.- Projectile continuum electrons in highly charged ion-atom collisions.- L-shell vacancy production by electron capture to projectile-centered continuum states (ECC) in proton-argon collisions.- Electron capture into metastable Kr8+ recoil ions.- Three dimensional convoy electron velocity distributions produced by 60–270 keV proton impact on carbon foils.- Anomalous mean free paths for scattering of convoy electrons generated by fast, highly ionized ions in thin solid targets.- Rydberg-state production in collisions between fast ions and carbon targets.- Convoy electrons from atomic and molecular heavy ion collisions with solids.- Alignment of high rydberg states in hydrogen.