Sol-Gel

 
What are hybrids ?
by Prof. Clement Sanchez
An incredible amount of research investigations have appeared the last 10 years in the field of hybrids materials   indicating the growing interest of chemists, physicists and materials researchers to fully exploit this technical opportunity for creating materials and device with benefits of the best of the two worlds namely inorganic and organic...
Ormocer's for Integrated optical circuits
ORMOCER®s in general are a class of hybrid inorganic/organic materials which amongst other utilizations prove highly valuable for application in packaging of integrated circuits. They show good optical and dielectric properties as well as good thermal stability. Their chemical synthesis meets the requirements of microoptics and microelectronics industry since it enables highly reproducible low cost production of ORMOCER® micro structures.
Properties comparison between glass and polymers the window for hybrids
Optical waveguides

Refractive index modulation

Ormocers
Synthesis, applications, characterization and technology of hybrid inorganic copolymers (ORMOCERS) based on organically modified heteropolysiloxanes
from Fraunhofer Institut fuer Silicatforschung.
Hybrid coatings
Description of the advantages and potentialities of hybrids  from the Materials Chemistry & Coatings department of TNO, Netherlands
Nanocomposite materials
Development and application of nanocomposites, based on hybrid materials containing dispersed nanosized minerals (Planomers® )
from the Materials Chemistry & Coatings department of TNO, Netherlands
Organic-Inorganic materials 
An overview of the work made at the Bell-Labs physical science department
Organization of anisotropic hybrids gels and xerogels (In French, Corriou group)
Sol-Gel Hybrids: To Hydrolyze or Not?   
Bioactive hybrids
Dept. of Materials Chemistry, Graduate school of Engineering, Kyoto University
Hybrids for Integrated optics
Organic-Inorganic electronics
Mitzi, Chondroudis and Kagan review in this paper the crystal structures and physical properties of one family of crystalline, self-assembling, organic-inorganic hybrids based on the layered perovskite framework. Several recent demonstrations of electronic and optical devices based on organic-inorganic perovskites are presented.
Source : IBM J. of Research & Development
Polyoxometalate-based organic-inorganic hybrid materials
The paper summarizes and reviews the current developments in the area of polyoxometalate (POM)-based organic-inorganic hybrid materials including POM-based organic- or organometallic-derived hybrid materials, charge transfer (CT) salts and organic-inorganic composite films. This review also provides insight into the rational synthesis and potential applications of these hybrid materials.