FIELD: nanotechnology.
SUBSTANCE: the invention relates to nanotechnology and nanostructures, in particular, to methods of deposition of thin films on a metal plate. Ultra-high vacuum is created in a vacuum chamber, MgO particles are deposited on the metal plate and then they are heated. The evaporable particles of MgO are deposited. They are formed after MgO powder applied to the tungsten spiral is heated up to 2500-2700 C°. The plate is the atom-free surface of the metal crystal oriented in such a way so it will facilitate the MgO (111) film formation.
EFFECT: production of oriented MgO (111) film on a clean metal plate.
3 ex
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