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NPG Asia Materials update December 6, 2010 [2010-12-06] |
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 featured highlights |
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Nanoelectronics: Graphene with a twist
Theory, modeling and simulation
Calculations show that graphene nanoribbons twisted into Möbius strips have unique characteristics, including stable magnetism. |
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Artificial photosynthesis: Peptide-powered
Organic, carbon-based and soft materials
Self-assembly generates a highly efficient and thermally controllable electron-transfer system for solar cells. |
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| research highlights |
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Biomimetic materials: Fields of nanograss
Organic, carbon-based and soft materials
Transparent polymer coatings of superhydrophobic ‘nanograss’ could improve the performance of microfluidic biochips. |
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Plasmonics: A clear vision
Optics, photonics and optoelectronics
Silver nanowires find use as highly efficient waveguides in nanophotonic devices. |
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| Volume 2, Issue 4 |
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The new edition of NPG Asia Materials original reviews is now available for free download on the NPG Asia Materials website. Don’t miss the latest issue of this must-read materials science publication. NPG Asia Materials – bringing you an Asian perspective on materials research.
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| review articles |
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Conformation and physics of polymer chains: a single-molecule perspective p134
M. Vacha and S. Habuchi
Single-molecule optical detection and spectroscopy has enabled the structural and dynamical characterization of materials on nanometer scales, and can be used to study the relationship between the structure and properties of individual polymer chains. |
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Designing green, self-healing coatings for metal protection p142
A. E. Hughes, I. S. Cole, T. H. Muster and R. J. Varley
Metal protection and repair after damage, either by corrosion or mechanical stress, is a crucial issue for a wide variety of applications. Environmental and health concerns have recently driven new research towards strategies involving ‘green’ corrosion inhibitors and self-repairing coatings. |
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High-performance nanostructured thermoelectric materials p152
J.-F. Li, W.-S. Liu, L.-D. Zhao and M. Zhou
Thermoelectric materials, which interconvert a temperature gradient to a voltage, are attractive for power generation and heating/cooling applications. Recent developments have focused on the relationship between nanostructures and thermoelectric properties. |
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| About NPG Asia Materials |
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The Global Center of Excellence (G-COE) program in material science at the Tokyo Institute of Technology and NPG Nature Asia-Pacific have collaborated to create this website, aiming to publicize some of the best research in materials science in the Asia-Pacific region. Each month, we will update the website with short easy-to-understand highlights of research articles recently published by scientists of the region in leading journals covering all fields of materials science. |
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