Journal of Materials Science

, Volume 41, Issue 18, pp 6112–6115 | Cite as

Glass forming ability of Gd55Al15Ni30 ternary alloy

  • D. Ding
  • L. XiaEmail author
  • C. L. Jo
  • Y. D. Dong


Recently, some of the rare earth (RE) metals and RE-based alloys, such as Gd, Gd(Dy)–Al, Gd(Dy)–Ni, Gd(Dy)–Ni–Al, Gd–Si–Ge and so on, have attracted increasing interests due to their magnetocaloric effect (MCE) [18]. The alloys with giant MCE (especially at room temperature) could be applied as functional materials because magnetic refrigeration technology based on MCE is regarded as an environment-safe technology and a promising alternative to conventional vapor-cycle refrigeration [1, 7]. For this application, several features of these materials, such as large total angular momentum number, small fraction of lattice entropy, large electric resistance and fine molding and processing behaviors, are required. Hence, many urgent problems including easy oxidation and hard preparation should be solved before they are employed in magnetic refrigeration [7]. Amorphous materials with high glass forming ability (GFA) and MCE, which have unique properties such as high corrosion...


Bulk Metallic Glass Glass Form Ability Amorphous Ribbon Critical Cool Rate Magnetic Refrigerant 


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Copyright information

© Springer Science+Business Media, LLC 2006

Authors and Affiliations

  1. 1.Institute of MaterialsShanghai UniversityShanghaiChina
  2. 2.Center for Advanced MicroanalysisShanghai UniversityShanghaChina

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