Characteristics of electrical breakdown of a planar magnetron enhanced with an
electromagnet and a hollow-cathode structure, are studied experimentally and numerically …

This article presents a study of the reactive deposition of coatings by the Pulsed Magnetron
Sputtering method with reversely biased electrodes, where the cathode is sputtered at …

A method to modify the mechanical properties and morphology of thin TiN films by
controlling the ion fluxes via purposefully shaped magnetic field is developed to enhance …

The synthesis of coatings on textiles fibers enables functionalization of their properties eg:
changing the reaction on IR radiation. In our experiment, a magnetron with a grounded …

In this work, we present the first results of our research on the synergy of fields, electric and
magnetic, in the initiation and development of glow discharge under reduced pressure. In …

The deposition of dielectric nanofilms by magnetron AF plasma polymerization between two
planar electrodes shows a number of advantages over the standard RF method without …

This thesis dwelves into the field of low-temperature, low-pressure gas discharges as a
mean to deposit nanofilms on sensors. The low-temperature characteristics refers to the …

A Hall thruster, an E× B device used for in-space propulsion, utilizes an axial electric field to
electrostatically accelerate plasma propellant from the spacecraft. The axial electric field is …

Electrical breakdown for low pressure argon gas and air, using copper thin films as the
electrodes, was investigated. A specially designed cathode was built from copper thin film …