The sol-gel procedure gives an opportunity to obtain solid-state large size monoliths with a high purity grade and at room temperature conditions. The production of optically clear and elastic hybrid organic-inorganic materials via this synthetic route could be used to prepare composite materials where a large diversity of species could be hosted. Interaction between the hosted species and matrix has a strong influence on the physical and chemical properties of the final material and new functionalities could be envisaged.

Carbon nanofibres (CNF) and carbon nanotubes (CNT) are a class of materials with unique thermal, electrical and mechanical properties. Moreover their application in the preparation of new composites requires modification of the surface properties to improve reactivity and to reduce de hydrophobic characteristics and surface energy.

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