FIELD: nanotechnology.
SUBSTANCE: invention relates to field of nano-materials receiving for its application in the capacity of nano-matrix at microwaves-immobilisation of high-activity industrial wastes (radioactive, initial treatment products of chemical and biological weapons, pesticides and others) and in nanoelectronics (for instance, in hetero magnetic microelectronics superhigh frequency -, extremely high frequencies - ranges). Method of nano-materials receiving with specified properties includes processing of reaction mixture of initial fluid and solid state component by source of superhigh frequency - emission in pulsed oscillating mode. In the capacity of liquid phase of reaction mixture there are used ion liquids with melting temperature lower the 97.5°C and thermal stability higher 150°C. In the capacity of main component of solid phase it is used micro-, mono- and polycrystals of epitaxial substrates of main phase of forming nano-crystalline matrix. For superhigh frequency-immobilisation of high-activity industrial wastes there are received materials with maximal absorption of superhigh frequency -energy. For application in nanoelectronics there are received materials with maximal reflection of superhigh frequency - energy. For receiving of any properties it is selected corresponding source of impact superhigh frequency - emission.
EFFECT: manufacturable and energy-conserving synthesis of nano-systems by method of crystallisation from amorphous state by complex (disperse and waste) mechanism for particular conditions of usage in fields of superhigh frequency-immobilisation and superhigh frequency - microelectronics with usage of developed optimal conditions of its implementation.
3 cl, 2 ex
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Authors
Dates
2009-06-27—Published
2008-03-28—Filed