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 …

It is shown that, as the gas pressure in a forevacuum plasma electron source increases,
electric breakdown in the accelerating gap is caused by the reverse flow of ions from plasma …

The industrial quadrupole RGA-100 residual gas analyzer was modified for the research of
electron beam-generated plasma at forevacuum pressure range. The standard ionizer of the …

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 …

The possibility of creating ceramic-metal joints by electron beam welding is considered. The
welding of alumina ceramic to aluminum and titanium was performed in the fore-vacuum …

The development of a hollow cathode plasma electron source (HC-PES) facilitated the rapid
nucleation and low temperature deposition of thin cobalt films using electron-enhanced …

The paper presents the results of studies devoted to an effect of deviation and scanning
parameters on the value of power density of a focused electron beam generated by a …

We present results of experimental studies of plasma generation in a long, narrow metal
tube by electron beam injection into the tube and simultaneous application of a negative …

An unambiguous correspondence between the potential of an insulated metal target,
irradiated by a continuous electron beam, and secondary electron emission yield from the …

We describe our experimental research on the stable generation of large-radius pulsed high-
current electron beams using a forevacuum-pressure plasma-cathode electron beam source …