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Amorphous Steel: Three Times Stronger and Non-magneticPDFInE-mail
16/05/2007
Scientists at the University of Virginia have announced the discovery of a non-magnetic amorphous material that is three times stronger than conventional steel and has superior anti-corrosion properties. A future variation of the new material, called DARVA-Glass 101, could be used for making ship hulls, lighter automobiles, tall buildings, corrosion-resistant coatings, surgical instruments and recreational equipment. The scientists say commercial use of the material could be available within three to five years.
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Dự trữ 2PDFInE-mail
19/04/2007
Dự trữ 1
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Methods
Physical properties of glassPDFInE-mail
16/04/2007

ImageCrystalline materials have a definite structure, whereas amorphous ones do not, and therefore only rather general statements can be made about a material which, when hot, is ductile but when cold is brittle, and fractures if there is a sudden change of temperature.
The thermal history of glass is of particular importance, because glass that has been cooled quickly retains an imprint or ‘memory’ of its state at the moment before it was cooled.

Resources
List of academic publications and magazines - nano-structured and amorphous materialsPDFInE-mail
18/04/2007
ImageAcademic Publications:
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Nanostructured materials
Information for studying nano-structured materialsPDFInE-mail
19/04/2007

ImageREVIEWS ON ADVANCED MATERIALS SCIENCE: http://www.ipme.ru/e-journals/RAMS from http://www.ipme.ru/e-journals/ This is Russia publications.

Nanostructured Materialshttp://www.sciencedirect.com/science/journal/09659773