7f3c439a1bba92c5af32da206775d362  metals_a2015v5p2397.pdf
79ba8988cc5ca42129c882bb418590626a682704  metals_a2015v5p2397.pdf
2a8546d0456eb3310377711c1ab32f30fcd86611d52195724cef66df8340d699  metals_a2015v5p2397.pdf

Title:          Metallic Glasses
Subject:        Metallic glasses are a fascinating class of metallic materials that do not display long-range atomic order. Due to their amorphous character and the concomitant lack of dislocations, these materials exhibit mechanical properties that are quite different from those of other solid materials [1,2]. For example, they can be twice as strong as steels, show more elasticity and fracture toughness than ceramics and be less brittle than conventional oxide glasses. In addition to their unique mechanical properties, metallic glasses have also demonstrated interesting physical and chemical properties. For example, some metallic glasses have been found to exhibit superior soft magnetic properties [3], good magnetocaloric effects [4] and outstanding catalytic performance [5], thus having potential for a widespread range of technological applications [6]. 
Keywords:       Metallic glasses are a fascinating class of metallic materials that do not display long-range atomic order. Due to their amorphous character and the concomitant lack of dislocations, these materials exhibit mechanical properties that are quite different from those of other solid materials [1,2]. For example, they can be twice as strong as steels, show more elasticity and fracture toughness than ceramics and be less brittle than conventional oxide glasses. In addition to their unique mechanical properties, metallic glasses have also demonstrated interesting physical and chemical properties. For example, some metallic glasses have been found to exhibit superior soft magnetic properties [3], good magnetocaloric effects [4] and outstanding catalytic performance [5], thus having potential for a widespread range of technological applications [6]. 
Author:         Kang Cheung Chan 1,* and Jordi Sort 2,*
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Jhove (Rel. 1.6, 2011-01-04)
 Date: 2017-03-29 11:28:32 CEST
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