Nanoparticles in lysine− silica sols
TM Davis, MA Snyder, JE Krohn… - Chemistry of …, 2006 - ACS Publications
TM Davis, MA Snyder, JE Krohn, M Tsapatsis
Chemistry of materials, 2006•ACS PublicationsIdentification of nanoparticles in lysine− silica mixtures by SAXS analysis and cryo-TEM (see
image) is reported. Initial stages of formation mimic that for tetrapropylammonium− and other
alkylammonium− silica nanoparticles. The tunable porosity and morphology of thin films and
gels synthesized from these sols have potential implications for novel biocompatible
silicates and nanocomposites.
image) is reported. Initial stages of formation mimic that for tetrapropylammonium− and other
alkylammonium− silica nanoparticles. The tunable porosity and morphology of thin films and
gels synthesized from these sols have potential implications for novel biocompatible
silicates and nanocomposites.
Identification of nanoparticles in lysine−silica mixtures by SAXS analysis and cryo-TEM (see image) is reported. Initial stages of formation mimic that for tetrapropylammonium− and other alkylammonium−silica nanoparticles. The tunable porosity and morphology of thin films and gels synthesized from these sols have potential implications for novel biocompatible silicates and nanocomposites.
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