The composites discussed in this review are prepared using techniques similar to those
used in the new sol‐gel approach to ceramics. Organometallis such as silicates, titanates …

Organic/inorganic hybrid materials prepared by the sol− gel approach have rapidly become
a fascinating new field of research in materials science. The explosion of activity in this area …

Homogeneously dispersed organic–inorganic hybrid nanocomposites can be obtained by
increasing the interfacial interactions between both components via the formation of …

Two types of polymer–silica nanocomposites have been prepared by undergoing free
radical polymerization of 2‐hydroxyethyl methacrylate (HEMA) either in the presence of …

The photoluminescence and the local structure of sol− gel derived organic− inorganic
hybrids, so-called ureasils, are discussed. Their host matrix is a silica-based network to …

High temperature protonic conducting polymer membranes provide new technological
applications in electrochemical devices including electrochromic displays, chemical …

High temperature protonic conducting polymer membranes provide new technological
applications in the electrochemical devices including electrochromic displays, chemical …

Hybrid organic− inorganic two-phase nanocomposites of siloxane− poly (ethylene
glycol)(SiO3/2− PEG) and siloxane− poly (propylene glycol)(SiO3/2− PPG) have been …

This article describes a sol–gel route for nanomaterials production, without volatile organic
compounds (VOCs). These materials are simply obtained by mixing a silica oligomer with a …

Two families of hybrid organic-inorganic composites exhibiting Li+ ionic conduction
(ORMOLYTES) have been prepared by the sol-gel process. The first family, prepared from a …