FIELD: nanotechnologies.
SUBSTANCE: invention refers to nanotechnologies and can be used for creating two- and three-dimensional self-organising periodic structures of nanocrystals which can be used for obtaining optic grids, optic filters, catalysts and microelectronic structures. Essence of invention consists in the fact that for obtaining two- and three-dimensional self-organising periodic structures of nanocrystals, to return microemissions stabilised with anionic and non-ionic surface-active substances (SAS), in water drops of which there are nanoparticles, there added is the second SAS, nanoparticles are moved to hydrocarbon solvent so that hydrocarbon dispersion is formed; after that, hydrocarbon dispersion is applied to the substrate. At that, as the second SAS there used is s-alkylisothiouronium halogenide (ATH) with length of chain from octile to undecyl and from tridecyl to hexadecyl one.
EFFECT: enlarging the range of used ATH both as to length of chain, and as to counterion.
2 cl, 2 ex, 2 dwg
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