Journal article
Nanoporous colloids: Building blocks for a new generation of structured materials
Y Wang, AD Price, F Caruso
Journal of Materials Chemistry | Published : 2009
DOI: 10.1039/b901742a
Abstract
Porous colloidal particles have recently attracted a renewed interest in both fundamental and applied research. The large internal surface area and adsorbent potential of porous particles have led to their widespread application in diverse fields, including sensing, catalysis, drug delivery, and separations. This review highlights recent advancements in the adsorption of molecular species and nanoparticles into nanoporous colloids, and the subsequent formation of colloidal composites, particle replicas, and ordered particle arrays. We begin with a brief introduction to the synthesis of porous colloidal particles that are commonly employed, followed by a survey of the use of porous particles ..
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Funding Acknowledgements
F. C. acknowledges the support of the Australian Research Council under the Federation Fellowship and Discovery Project schemes. We thank Dr B. Stadler for her helpful discussions and suggestions. Mr Jiwei Cui is thanked for his help in preparing Fig. 1.