1. Ладохин, С. В.; Левицкий, Н. И.; Чернявский, В. Б.; [и др.]. Электронно-лучевая плавка в литейном производстве. К.: Сталь, 2007. 605 с.
2. Завьялов, М. А.; Крейндель, Ю. Е.; Новиков, А. А.; Шантурин, Л. П. Плазменные процессы в технологических электронных пушках. М.: Энергоатомиздат, 1989. 256 с.
3. Grechanyuk, M. I.; Melnyk, A. G.; Grechanyuk, I. M.; Melnyk, V. G.; Kovalchuk, D. V. “Modern electron beam technologies and equipment for melting of metals and alloys, deposition of protective coatings, production of composites condensed from vapor phase and powders,” Elektrotechnica and Electronica (E + E), Vol. 49, No. 5-6, p. 115-121, 2014. URI: https://epluse.ceec.bg/modern-electron-beam-technologies-and-equipment-for-melting-of-metals-and-alloys-deposition-of-protective-coatinfor-production-of-composites-condensed-from-vapor-phase-and-powders/.
4. Mattausch, G.; Zimmermann, B.; Fietzke, F.; Heinb, J.-P.; Graffel, B.; Winkler, F.; Roegner, F.-H.; Metzner, C. “Gas discharge electron sources – proven and novel tools for thin-film technologies,” Elektrotechnica and Electronica (E + E), Vol. 49, No. 5-6, p. 183-195, 2014. URI: https://epluse.ceec.bg/gas-discharge-electron-sources-proven-and-novel-tools-for-thin-film-technologies/.
5. A new generation of plasma-based electron beam sources with high power density as a novel tool for high-rate PVD,” Proc;Feinaeugle;of 54-th Annual Tech. Conf. on Society of Vacuum Coaters, Chicago