In this paper, the fractional Broer–Kaup (BK) system is investigated by studying its novel
computational wave solutions. These solutions are constructed by applying two recent …

Secondary electrons play an important role in transferring energy from swift, heavy charged
particles to matter. Such electrons, when formed in biological tissues by high energy particle …

Experimental evidence has been found for consecutive projectile-target-projectile (triple)
and projectile-target-projectile-target (quadruple)“ping-pong” scattering of ionized target …

We present first experimental evidence for intra-atomic double scattering of binary encounter
electrons produced in collisions of 5.9 MeV/u U 2 9+ with neon, xenon, and molecular …

We have studied binary-encounter electron ejection from thin solid foils (C, Al, Cu, Au) with
highly charged swift heavy ions at both experimentally and theoretically. The theory, based …

We present a theoretical analysis of the spectrum of swift electrons resulting from collisions
of 5.9 MeV/u U 2 9+ with Xe atoms. Our calculations include, within an independent model …

Fast electron velocity spectra have been measured by means of the multidetector ARGOS
(actually located at Laboratorio Nazionale del Sud, Catania) in a large angular range for …

The “Fermi shuttle” acceleration of electrons in ion–atom collisions, ie multiple collision
sequences of electrons bouncing off the projectile and target nuclei, can lead to the …

We report absolute cross sections for binary encounter and convoy electron emission. Fast-
electron velocity spectra were measured for atomic collisions induced by a 45 MeV/u 58 Ni …

Abstract The Electron Scattering Model, ESM, for ion-atom collisions refers to the scattering
of a quasi-free (loosely-bound) target electron in the field of a highly charged projectile ion …