Archive for the ‘Nanoscale’ Category

Optical Materials themed issue

Upcoming Nanoscale Themed issue for 2011: Optical Materials – Guest Editor: Claus Feldmann (Karlsruhe Institute of Technology)

Don’t miss it, submit your paper before the deadline: 08 December 2010

The aim of this issue is to address the fascinating field and recent discoveries in optical materials. Nowadays, luminescent nanomaterials are of outstanding importance in fundamental science, as well as with regard to technical applications. Chemical synthesis of high-quality materials ranging from semiconductor-type quantum dots or metal-doped oxides/fluorides to inorganic-organic composites/hybrids is as challenging as tackling all the relevant aspects of material optimisation and design – including particle size and agglomeration, specific surface conditioning, absorption/emission/decay characteristics, chemical/physical stability, cost/reproducibility or toxicity/biocompatibility.

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Nanoscale now indexed in MEDLINE

We received the great news this morning that Nanoscale has been accepted for inclusion in the prestigious MEDLINE abstracting / indexing service.

All articles published in Nanoscale (going back to the very first issue) will now be included, and searchable using PubMed. This will provide even greater visibility to the great research being published in the journal, particularly in the bio / medical communities.

Nanoscale is already fully-indexed in other leading databases, including Web of Science, and Scopus. ISI have confirmed Nanoscale will appear in the 2010 Journal Citation Report (and hence receive an official Impact Factor) – this will be published in June 2011.

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Doped nanostructures

Read July’s issue of Nanoscale – which is all about Doped Nanosctructures and is our first ever themed issue!

This issue, Guest Edited by Stephen Pearton (University of Florida), covers the fascinating field of the doping of nanoparticles or nanostructures: a simple but powerful tool to tailor the chemical and physical properties of functional materials.

Visit our website to find out about our upcming themed issues on Crystallisation and Surface Nanotechnology for Biological and Medical Applications.

TEM images of ZnMgO nanorods courtesy of David Norton

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Nanofluidics preserving works of art

Piero Baglioni and colleagues at the University of Florence in Italy, have developed a novel nanofluid system that removes damaging coatings from wall paintings.

Read this article for free now:

Removal of acrylic coatings from works of art by means of nanofluids: understanding the mechanism at the nanoscale
Michele Baglioni, Doris Rengstl, Debora Berti, Massimo Bonini, Rodorico Giorgi and Piero Baglioni, Nanoscale, 2010,
DOI
: 10.1039/c0nr00255k

nanofluidics preserving art

They have used a novel system composed of water, SDS, 1-pentanol, ethyl acetate and propylene carbonate was recently formulated and successfully used to remove acrylic and vinyl/acrylic copolymers from Mesoamerican wall paintings in the archeological site of Cholula, Mexico.

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