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Versatile synthesis of nanometer sized hollow silica spherest.

Versatile synthesis of nanometer sized hollow silica spherest. Using the controlled precipitation of silicic acid on functionalized polystyrene latexes, nanometer sized silica-coated spheres could be prepared and subsequently modified to allow dispersion in non-aqueous solvents; removal of the interior polymer by calcination resulted in the formation of hollow silica spheres. http://www.deepdyve.com/assets/images/DeepDyve-Logo-lg.png Chemical Communications Pubmed

Versatile synthesis of nanometer sized hollow silica spherest.

Versatile synthesis of nanometer sized hollow silica spherest.


Abstract

Using the controlled precipitation of silicic acid on functionalized polystyrene latexes, nanometer sized silica-coated spheres could be prepared and subsequently modified to allow dispersion in non-aqueous solvents; removal of the interior polymer by calcination resulted in the formation of hollow silica spheres.

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ISSN
1359-7345
DOI
10.1039/b212811j
pmid
12744344

Abstract

Using the controlled precipitation of silicic acid on functionalized polystyrene latexes, nanometer sized silica-coated spheres could be prepared and subsequently modified to allow dispersion in non-aqueous solvents; removal of the interior polymer by calcination resulted in the formation of hollow silica spheres.

Journal

Chemical CommunicationsPubmed

Published: Aug 8, 2003

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