
Combining a ductile metal matrix with brittle ceramic additions leads to new composite materials with superior mechanical properties, which appears to be ideal for structural and crash-absorption applications.
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Combining a ductile metal matrix with brittle ceramic additions leads to new composite materials with superior mechanical properties, which appears to be ideal for structural and crash-absorption applications.

Electro-optical materials can be efficiently poled with a static field generated by pyroelectric crystals, report A.K.-Y. Jen and coworkers.

BARD is testing two prototypes of its new 6.5 megawatt class. The official beginning of the certification tests is scheduled for the end of February 2012.

Scientists have fabricated a 3D metamaterial, which shows linear and circular dichroism, using a self-assembled block copolymer as a template.

Offshore wind turbines are exposed to high dynamic loads in a high corrosive environment. A new overview describes the occurring loads and the fatigue resistances of typical offshore support structures.

Researchers at the Wooley Laboratory have used polymers to mimic the characteristics and actions of biological nanoparticles and structures.

Multifunctional polyurethanes are prepared by the thiolene reaction to L-arabinitol-based PUs with multiple pendant O-allyl groups.

Nanomaterials have so much to offer – the sooner we uncover their interactions with biological systems and the mechanisms behind them, the sooner we can apply nanomaterials to safe, effective, advanced technologies. That’s why this special issue on Nanotoxicology in Small was just too big to publish as a single issue…

Imaging option “TrueSurface microscopy”, now available also as an integrated option for the alpha300” microscope series. This development enables topographic Raman Imaging on large samples for the full range of WITec instruments. The new imaging mode is also available as an upgrade for installed “alpha300” and “alpha500” systems.

An online guide from Professors Karen Cheng and Marco Rolandi of the University of Washington.
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