This paper presents a review of physical principles, design, and performances of plasma-
cathode direct current (dc) electron beam guns operated in so called fore-vacuum pressure …

In the irradiation of an insulated target by an electron beam produced by a plasma-cathode
electron beam source operating in the fore-vacuum pressure range (5–15 Pa), the target …

An insulated target was irradiated by an electron beam generated by a forevacuum plasma
electron source operating in the pressure range of 5–15 Pa. Measurements of the target …

In this paper an experimental and theoretical evaluation of electron temperature in
continuous, electron beam generated plasmas is presented. Spatial distributions of electron …

We describe a system for the generation of spatially uniform and homogeneous dense
plasma in a dielectric flask using a forevacuum-pressure plasma-cathode electron beam …

We describe our investigations of the current distribution in a non-self-sustained hollow-
cathode glow discharge in a long metal tube. The discharge is initiated and sustained by …

We describe a plasma-cathode electron beam source based on a hollow-cathode discharge
that is capable of generating a 9 kW dc electron beam at an accelerating voltage of 20 kV …

We consider the beam-plasma formed by an energetic electron beam at fore-vacuum
pressure, when the beam is terminated by an electron collector plate. We show that in the …

We have explored the beam-plasma discharge excited by the injection of a continuous
electron beam with energy 1–10 keV and current 10–60 mA into a cylindrical dielectric cavity …

We describe an experiment on the use of a fore-vacuum-pressure, plasma-cathode, electron
beam source with current up to 100 mA and beam energy up to 15 keV for deposition of Mg …