FIELD: heating.
SUBSTANCE: invention relates to heat engineering and electrolytic metallurgy and can be used in heat removal increasing systems to improve heat removal characteristics on different surfaces of the heat transfer device. It is achieved due to use of Taunit carbon nanotubes (CNT) as microturbulisation particles, and oxide galvanic coatings as binding medium. Attachment of a variety of microturbulisation particles to heat removal surfaces is performed by application of oxide coatings, the nanomodification of which is performed by introduction to oxidation electrolyte of Taunit CNT by means of an ultrasonic disperser.
EFFECT: method provides intensification of heat exchange processes on heat removal aluminium surfaces, as well as simple implementation.
2 tbl, 2 cl
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