Studies of charged particle guiding through capillaries in insulating materials, performed
during the last decade, are reviewed in a comprehensive manner. First, the principles of …

When keV energy ions are injected into a tilted insulating capillary, a certain fraction of the
injected ions are transported through the tilt angle of the capillary. This ion guiding …

In a combined theoretical and experimental study, we give evidence that the self-organized
electric potential in tapered glass capillaries has the strength to focus a low-energy ion …

Charge dissipation and self focusing limit in high current density ion beam transport through
micro glass capillaries are investigated. It is demonstrated that ion beams can be guided …

The charge relaxation of accumulated charge patches in insulating straight capillaries is
investigated theoretically. The model assumes that charges accumulate only at the inner …

The transmission rate of a low-energy Ar q+ ion beam through a macroscopic glass tube of
large aspect ratio is simulated. Secondary electron (SE) emission, induced by ion impacts …

The simulation of 100 eV positrons transmitted in conical capillary was performed with
inserted beam intensity from 0.04 fA/mm 2 to 10 fA/mm 2. At lower injected intensity of sub …

The time evolution of the trajectories, angular distributions, and two-dimensional images of
intermediate-energy protons being transmitted through a conical capillary was simulated …

Simulations of a 1-MeV proton microbeam transmitted through an insulating macrocapillary
were conducted to gather a detailed insight into the related guiding mechanisms. The …

We present computer simulations about the spatial and temporal evolution of a 1-MeV
proton microbeam transmitted through an insulating macrocapillary with the length of 45 mm …