Fundamental understanding of the Stokes and anti-Stokes emissions in luminescence
materials and their mechanism is very important for different technological applications. In …

In this paper, the characteristics of runaway electron beams downstream of a foil anode
were studied at a pressure of helium, hydrogen, neon, and nitrogen of 1-760 torr. High …

Conditions under which the number of runaway electrons in atmospheric-pressure air
reaches∼ 5× 10 10 are determined. Recommendations for creating runaway electron …

In this work, experiments were performed to study the effect of cathode materials on the
amplitude of the super-short avalanche electron beam (SAEB) current and X-ray density …

A SLEP-150M gas-diode runaway electron accelerator was designed to produce supershort
avalanche electron beams (SAEBs) at increased gas pressures. The cathode and gas-diode …

Results of experimental studies of the amplitude–temporal characteristics of a runaway
electron (RE) beam, as well as breakdown voltage and discharge current with a picosecond …

Research on the luminescence of crystals due to ionizing radiation is an important field in
spectral analysis of solids that allows determination of the chemical composition of material …

Runaway electron beam parameters and current-voltage characteristics of discharge in
helium, hydrogen, and nitrogen at pressures in the range of several Torr to several hundred …

Amplitude and temporal characteristics of pulsed cathodoluminescence (PCL) of diamond
(natural and synthetic), calcite, spodumene, and fluorite have been studied at a temporal …

The subject of study is ultrashort avalanche-produced electron pulses generated in air under
atmospheric pressure. The current amplitude of the pulses behind 45-μm-thick AlBe foil …