The sol-gel process opens the possibility of combining inorganic and organic units to new hybrid polymers. Organic units can be used for structural modification of the inorganic backbone, for creating new functions within an inorganic network and for building up organic polymeric chains. The materials show interesting perspectives with respect to structural (surface hardness, strength) and functional properties (e.g. diffusion, photocuring, incorporation of dyes, optical properties). A review over structural and functional properties of sol-gel derived inorganic-organic polymers (ORMOCERs = organically modified ceramics) is given
New technologies and the necessity to supply suitable materials for these technologies have inspired...
The ability to understand and control synthesis of both inorganic and organic polymers has led to th...
Our technological future requires highly integrated and multifunctional materials for various purpos...
Inorganic-organic composite materials by sol-gel processing have gained more and more interest durin...
The combination between inorganic and organic polymeric materials on an atomic scale dependes strong...
The combination between inorganic and organic polymeric materials on an atomic scale dependes strong...
The sol-gel process allows the synthesis of inroganic non-metallic materials through a soft chemistr...
The sol-gel process allows the synthesis of inroganic non-metallic materials through a soft chemistr...
The combination between inorganic and organic polymeric materials on nanometer scale dependes strong...
Inorganic-organic composites of the ormocer type have now been known for more than 15 years. They ar...
The combination of inorganic polymeric networks with organic components leads to inorganic-organic p...
Inorganic-organic composites of the ormocer type have now been known for more than 15 years. They ar...
Hybrid organic-inorganic materials offer a wide range of interesting applications especially in opti...
The combination between inorganic and organic polymeric materials on nanometer scale depends strongl...
The introduction of organic groups into inorganic networks by the sol-gel process opens the possibil...
New technologies and the necessity to supply suitable materials for these technologies have inspired...
The ability to understand and control synthesis of both inorganic and organic polymers has led to th...
Our technological future requires highly integrated and multifunctional materials for various purpos...
Inorganic-organic composite materials by sol-gel processing have gained more and more interest durin...
The combination between inorganic and organic polymeric materials on an atomic scale dependes strong...
The combination between inorganic and organic polymeric materials on an atomic scale dependes strong...
The sol-gel process allows the synthesis of inroganic non-metallic materials through a soft chemistr...
The sol-gel process allows the synthesis of inroganic non-metallic materials through a soft chemistr...
The combination between inorganic and organic polymeric materials on nanometer scale dependes strong...
Inorganic-organic composites of the ormocer type have now been known for more than 15 years. They ar...
The combination of inorganic polymeric networks with organic components leads to inorganic-organic p...
Inorganic-organic composites of the ormocer type have now been known for more than 15 years. They ar...
Hybrid organic-inorganic materials offer a wide range of interesting applications especially in opti...
The combination between inorganic and organic polymeric materials on nanometer scale depends strongl...
The introduction of organic groups into inorganic networks by the sol-gel process opens the possibil...
New technologies and the necessity to supply suitable materials for these technologies have inspired...
The ability to understand and control synthesis of both inorganic and organic polymers has led to th...
Our technological future requires highly integrated and multifunctional materials for various purpos...