MGMF

Nanocomposite film forming and property investigation, forming transparent and electrically conductive thin films, thin film forming technologies and property investigation (protective - hard coatings, transparent electrodes, ion conduction layers, ferromagnetic coatings, film deposition by evaporation in vacuum, magnetron deposition, evaporation by electronic beam, reactive deposition), modification of thin film properties by laser irradiance and thermal heating methods
Description:

Nanocomposite film forming and property investigation, forming transparent and electrically conductive thin films, thin film forming technologies and property  investigation (protective - hard coatings, transparent electrodes, ion conduction layers, ferromagnetic coatings, film deposition by evaporation in vacuum, magnetron deposition, evaporation by electronic beam, reactive deposition), modification of thin film properties by laser irradiance and thermal heating methods.

Keywords:
thin films, physical vacuum deposition

Field of Science:
Diagnostic and measurement technologies
Thin film deposition system: deposition using electron beam evaporation
Thin film deposition system PVD 75
Power source of 1kW radiofrequency
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