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By Victor Erokhin, Manoj Kumar Ram, Özlem Yavuz

This publication is an try and illustrate present prestige of recent nanotechnology. The booklet is split into three major sections, creation and end. The advent describes common questions of the matter and major strains of the study actions. within the first part tools of the nanostructures building are defined. moment part is devoted to the Structure-property courting. precise awareness is paid to the outline of the main robust experimental tools and instruments utilized in nanotechnology, equivalent to probe microscopies, spectroscopied, and scattering tools, together with the usage of synchrotron radiation amenities. The 3rd part describes the purposes of nanotechnology in electronics, biotechnology and diagnostics. end half provides a precis of the prestige of works during this quarter and provides a few views of the additional development.- connection with virtually all unique works with crucial effects, that ended in the improvement of nanotechnology- Coherent team of recognized authors within the box of nanotechnology- publication spans themes acceptable for either the didactic and learn

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Nanoreactors 1. Construction of tiny catalytic units with ordered multilayer shells containing enzymes, nanoparticles and polymers. 2. Nanocoating of biological cells and microbes. Pharmacy Nanoencapsulation of drugs (including protein drugs such as insulin) for targeted and sustained release. Electronics The development of conductive thin films with electrical conductivity comparable to that of metallic thin film is under investigation. These films can be used as electrodes for lithium storage batteries based on graphite nanoplate/polycation multilayers.

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Electronics The development of conductive thin films with electrical conductivity comparable to that of metallic thin film is under investigation. These films can be used as electrodes for lithium storage batteries based on graphite nanoplate/polycation multilayers. Magnetic nanoparticle monoand multilayers, including the formation of magnetic/dielectric superlattices Layer-by-layer assembly 41 and soft/hard magnet nanocomposites, may find applications in magnetic actuator and recording media. 3.

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