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Information × Registration Number 0218U006468, 0116U005227 , R & D reports Title Improving methods of plasma surface modification on the basis of combined arc and high-frequency plasma sources popup.stage_title Head Taran Valeriy S, Кандидат фізико-математичних наук Registration Date 17-05-2018 Organization National Science Center "Kharkiv Institute of Physics & Technology" popup.description2 Methods have been developed for applying thin coatings to metal and dielectric substrates at low temperature (up to 200 ° C) deposition by arc sources with high frequency (frequency generator 5 MHz) magnetic field. The coating was carried out on a "Bulat-6" installation using arc plasma source, electrostatic filter "open architecture", high-frequency potential on the substrate and control of the technological process. The following technologies are worked out: - Coating TiN with a Ti interlayer to a cutting tool for crushing nuts in confectionery production, made from cold-rolled sheet steel 65G (domestic production) and 20X13 (foreign). The main physicomechanical characteristics of the coated samples were evaluated using a scanning electron microscope JEOL JSM-6390LV, a microscope MII-4-0, a Nanoindentor G200 with a diamond pyramid of Berkovich and a micro-X-ray spectral analysis. - Vacuum-arc spraying method with assisted RF offset and filtration plasma flow, metallization of ionizing radiation detectors Based on p-CVD diamonds with two-layer contacts Cr / stainless steel for the purpose reduction of the droplet component. The I-V characteristic and the detection characteristics are investigated. - The surface of flexible medical polyurethane was modified with the help of biocompatible nanocoatings obtained by a vacuum-arc method with an assisted high-frequency field at a low temperature. Product Description popup.authors І.Є.Гаркуша І.Д.Іванов А.В.Клосовський А.В.Леонович Басаргін В.О. В.В.Красний В.П.Єрьомін В.С.Войценя Д.В.Єлісєєв М.І.Золототрубова М.В.Кулик М.М. Аксьонов М.С.Ладигіна Н.М.Гаркуша О.В.Бирка О.Н.Бойко Р.І.Журкіна С.І.Лебедєв С.С.Геращенко Ю.М.Кучумов popup.nrat_date 2020-04-02 Close