This is the first review that presents an outlook on sol-gel science's potential in different
areas of cement science and chemistry. Progress in nanotechnology has shown sol-gel …

Fabrication of hydrophobic thin films from a liquid phase is a hot topic with critical
technological issues. Interest in the production of hydrophobic surfaces is growing steadily …

The surface functionalization of silica nanoparticles (SiNPs) to enhance their compatibility
and miscibility in the organic medium of bitumen has been performed using various coupling …

Low-temperature solution-processed inorganic–organic hybrid gate dielectrics are
considered as emerging candidates for future low-cost flexible electronic devices, which are …

Since unmodified polyester fibres have no reactive groups like those in cellulose and protein
fibres, they do not show an affinity for water-soluble acid, basic and direct dyestuffs. Only …

The anti-corrosion properties of sol–gel-based hybrid silanol coatings incorporated with
span tea leaves extract employed on low carbon steel in saline solution was explored by …

In this work, bio-based hybrid coating using Ag-TiO 2 (AgT) sol and cardanol epoxy (CE)
was developed, coated over mild steel (MS) substrates and studied for its corrosion resistant …

One of the events occurring when a biomaterial is implanted in an host is the protein
deposition onto its surface, which might regulate cell responses. When a biomaterial …

Hybrid sol–gel inorganic–organic fibres offer great potential in tissue engineering and
regenerative medicine. A significant challenge is to process them using scalable …

Sol-gel silica-based hybrids combine an inorganic compound, silica, with an organic one to
tune its properties for tissue regeneration. These hybrid materials can be produced at low …