Organic-inorganic hybrid films containing layered organosilica, nanocrystals are obtained by an alcohol-free hydrolytic sol-gel process from a mono-functionalized organically modified alkoxide. Kinetically controlled self-organization is used to design the hybrid nanocomposite films. The layered nanocrystals are shown to be oriented within the films, which exhibited optical anisotropy (delta n > 10(-3)); the hybrid nanocomposite material is shown to be suitable for microfabrication by soft lithography. RI Takahashi, Masahide/C-3326-2009; Innocenzi, Plinio/D-5301-200
Homogeneous transparent hybrid films consisting of chitosan (CHI), poly(monomethyl itaconate) (PMMI)...
Self-assembled organic-inorganic membranes that are achieved via sol-gel polymerizations of silicon ...
Control of phase separation during the sol-gel process is an essential issue in case of organic-inor...
Organic-inorganic hybrid films containing layered organosilica, nanocrystals are obtained by an alco...
Organic-inorganic films containing hybrid nanocrystals have been prepared by sol-gel processing in c...
The possibility of combining inorganic and organic components at the nanosize level in a single mate...
The possibility of combining inorganic and organic components at the nanosize level in a single mate...
Hybrid organic-inorganic materials can organize into layered crystalline structures through self-org...
Sol-gel derived hybrid organic/inorganic (O/I) nanocomposites are largely exploited in materials tec...
International audienceWe have developed a simple and generic preparation of stable organic nanocryst...
Polymers are soft macromolecules that can be structured and designed according to the need. The prop...
International audienceOrganic-inorganic nanocomposite hybrid coatings were prepared through a dual-c...
A method to prepare novel organic-inorganic hydrophobic nanocomposite films was proposed by a site-s...
A new type of mesostructured hybrid organic-inorganic film has been synthesised by evaporation-induc...
Organic–inorganic nanocomposite hybrid coatings were prepared through a dual-cure process involving ...
Homogeneous transparent hybrid films consisting of chitosan (CHI), poly(monomethyl itaconate) (PMMI)...
Self-assembled organic-inorganic membranes that are achieved via sol-gel polymerizations of silicon ...
Control of phase separation during the sol-gel process is an essential issue in case of organic-inor...
Organic-inorganic hybrid films containing layered organosilica, nanocrystals are obtained by an alco...
Organic-inorganic films containing hybrid nanocrystals have been prepared by sol-gel processing in c...
The possibility of combining inorganic and organic components at the nanosize level in a single mate...
The possibility of combining inorganic and organic components at the nanosize level in a single mate...
Hybrid organic-inorganic materials can organize into layered crystalline structures through self-org...
Sol-gel derived hybrid organic/inorganic (O/I) nanocomposites are largely exploited in materials tec...
International audienceWe have developed a simple and generic preparation of stable organic nanocryst...
Polymers are soft macromolecules that can be structured and designed according to the need. The prop...
International audienceOrganic-inorganic nanocomposite hybrid coatings were prepared through a dual-c...
A method to prepare novel organic-inorganic hydrophobic nanocomposite films was proposed by a site-s...
A new type of mesostructured hybrid organic-inorganic film has been synthesised by evaporation-induc...
Organic–inorganic nanocomposite hybrid coatings were prepared through a dual-cure process involving ...
Homogeneous transparent hybrid films consisting of chitosan (CHI), poly(monomethyl itaconate) (PMMI)...
Self-assembled organic-inorganic membranes that are achieved via sol-gel polymerizations of silicon ...
Control of phase separation during the sol-gel process is an essential issue in case of organic-inor...