Smart Nanocomposites Research Compendium de Kirill Levine

Smart Nanocomposites Research Compendium

Kirill Levine

This book compiles articles from the Smart Nanocomposites Journal. Topics discussed include two different chemical routes to obtain graphene or few-later graphite; gas sensors based on multiwall carbon nanotubes decorated with different metal oxides nanoparticles; mechanism of multi-wall nanotube nucleation based on Mullins-Sekerka instability; self assembly of silicon nanoislands on crystalline silicon under a photoactive layer; and synthesis of light emitting SiOx Layers with calculable optical properties.

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Preface; Two Different Chemical Routes to Obtain Graphene or Few-Layer Graphite; Gas Sensors Based on Multiwall Carbon Nanotubes Decorated with Different Metal Oxides Nanoparticles; Mechanism of Multi-Wall Nanotube Nucleation Based on Mullins-Sekerka Instability; Self Assembly of Silicon Nanoislands on Crystalline Silicon Under a Photoactive Layer; Synthesis of Light Emitting SiOx Layers With Calculable Optical Properties A First Step to Controlled Integration of Photoluminescente Active Compounds in Silicon Based Devices; Preparing Films of Zinc Oxide With Varying Porosity by Sol-Gel Method; Structural and Physico-Chemical Characteristics of Shungite Nanocarbon as Revealed Through Modification; Formation of Bimetal Powders on Reaction of Nanocrystal Palladium with Chlorocomplexes of Gold (III) in Hydrothermal Conditions; Molecular Design of Precursor in the Synthesis of Catalytic Nanocomposite System Pt-Al2O3 (Review paper); Photosensitivity and Shift of Current Oscillations at Room Temperature in Silicon Rich Oxides Under UV/VIS Light.