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Nanomaterials are basically solids composed of (very small) particles of a size below 100 nm, and they are of interest in chemistry since they possess properties quite distinct from normal bulk materials. A famous example of this phenomena is the behaviour of gold nanoparticles - whereas bulk gold is quite an inert substance , gold nanoparticles are much more reactive and indeed can be used as excellent catalysts for a range of reactions.
Nanomaterials already have important uses, in our everyday lives and also as advanced functional materials. Examples of the former include the use of titania nanopowders as pigments in paints and suntan creams ; examples of the latter include the uses of platinum nanoparticles as advanced (electro-) catalysts, and the addition of nanoparticles to polymers to induce specific functionality such as biocidal properties.
Nanomaterials are basically solids composed of (very small) particles of a size below 100 nm, and they are of interest in chemistry since they possess properties quite distinct from normal bulk materials. A famous example of this phenomena is the behaviour of gold nanoparticles - whereas bulk gold is quite an inert substance , gold nanoparticles are much more reactive and indeed can be used as excellent catalysts for a range of reactions.
Nanomaterials already have important uses, in our everyday lives and also as advanced functional materials. Examples of the former include the use of titania nanopowders as pigments in paints and suntan creams ; examples of the latter include the uses of platinum nanoparticles as advanced (electro-) catalysts, and the addition of nanoparticles to polymers to induce specific functionality such as biocidal properties.
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Benjamin Kiendl, Adam Day, Sneha Choudhury, Franziska Buchner,Kaan Atak, Arsene Chemin,Christoph Merschjann,Emina Hadzifejzovic, Tim Claridge,Karin Larsson,Amelie Venerosy,Mailis Lounasvuori,
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