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 …

A set of experiments to study the guiding of 10 keV electrons by tapered glass capillaries
was performed. It is shown that the 10 keV electron beam can be tightly focused by the …

The transmission of electrons with incident energies of 300, 500, and 800 eV through
insulating polyethylene terephthalate (PET) nanocapillaries for small tilt angles near 0° was …

For the first time a classical model was developed to describe quantitatively the dynamics of
charge distribution formation on a planar dielectric surface during its irradiation by fast …

An experimental study of electron transmission and guiding through a tapered glass
capillary has been performed. Electrons were transmitted for tilt angles up to∼ 6.5° and∼ …

The transmission coefficients and the energy spectra of electrons with an energy of 10–20
keV transmitted through curved glass and polyurethane tubes are measured with a …

The possibility of increasing the current density of a charged particle beam (focusing) by
means of tapered glass channels without the use of external energy sources is actively …

Transmission of electrons through insulating polyethylene terephthalate (PET)
nanocapillaries was observed as a function of charge deposition, angular and energy …

The results of experimental studies of the transmission of 12 and 15 keV electron beams
through tapered glass macro-capillaries are presented. Measurements showed that there is …

The effect of guiding of charged particles by dielectric channels is of noticeable interest at
the present time. The phenomenon is widely studied experimentally and theoretically but …