05969 Title: | There were theoretically and experimentally investigated the anisotropic and isotropic nanostructural systems, including carbon nanotubes, ultradisperse silica, colloidal solutions of aurum, iron oxides, polimers, line k-dimensions, binar Ag-Au composit. | Type of product: | Issue of new types of products: methods, theoriessaving materials, reducing wear of equipment | Description: | the results of the study of the processes of clustering and self-organization patterns under the influence of physical and chemical factors, in particular, thermal and percolating behaviour of 2d systems of anisotropic particles (spin dimers and k-mers) in the vicinity of and below the jamming, the processes of structure formation, percolation, and fractal self-organization in spatially-constrained anisotropic nanocluster materials. | Technical advantages: | at the level of the best world analogues | The economic benefits: | technologies and materials, created on the basis of the proposed scientific results may have a high efficiency (nanofilters of a biological fluids, the composite electrode-membrane fuel cells) and have a low consumption of materials (low-filled - 0.1% - conductive polymer composition, binary adsorption systems based on carbon nanotubes and, in particular, montmorillonite). | The impact on the environment. Environment: | environmentally safe | The stage of completion: | Report on R & D (OCD) | Implementation: | not implemented | Intellectual Property Rights: | Patents | Forms and conditions of transfer of products: | Sale of patent |
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All results (R&D production) Project |
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