Metallic glass formation in the ternary Ni-Nb-Mo system by ion beam mixing

Glass forming ability of the ternary Ni-Nb-Mo system was studied by ion beam mixing of the Ni-Nb-Mo multilayered films.In the experiment,metallic glasses i.e.amorphous alloys were formed in the Ni51Nb19Mo30,Ni52Nb35Mo13,Ni61Nb15Mo24 and Ni72Nb20Mo8 multilayered films,while only solid solutions were...

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Bibliographic Details
Published inScience China. Technological sciences Vol. 55; no. 8; pp. 2206 - 2211
Main Authors Li, Yang, Wang, TongLe, Ding, Ning, Liu, JianBo, Liu, BaiXin
Format Journal Article
LanguageEnglish
Published Heidelberg SP Science China Press 01.08.2012
Subjects
Engineering
Progress of Projects Supported by NSFC
三元
多层薄膜
热力学计算
玻璃形成能力
离子束混合
金属玻璃
镍
非晶合金
ion beam mixing
metallic glasses
the Ni-Nb-Mo system
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Summary:Glass forming ability of the ternary Ni-Nb-Mo system was studied by ion beam mixing of the Ni-Nb-Mo multilayered films.In the experiment,metallic glasses i.e.amorphous alloys were formed in the Ni51Nb19Mo30,Ni52Nb35Mo13,Ni61Nb15Mo24 and Ni72Nb20Mo8 multilayered films,while only solid solutions were obtained in the Ni24Nb29Mo47 and Ni26Nb53Mo21 multilayered films.It turned out that the Ni concentration played a dominating role in affecting the glass-forming ability of the system.Besides,thermodynamic calculations predicted a favored composition region for metallic glass formation,matching well with the observations from ion beam mixing.
Bibliography:metallic glasses,ion beam mixing,the Ni-Nb-Mo system
Glass forming ability of the ternary Ni-Nb-Mo system was studied by ion beam mixing of the Ni-Nb-Mo multilayered films.In the experiment,metallic glasses i.e.amorphous alloys were formed in the Ni51Nb19Mo30,Ni52Nb35Mo13,Ni61Nb15Mo24 and Ni72Nb20Mo8 multilayered films,while only solid solutions were obtained in the Ni24Nb29Mo47 and Ni26Nb53Mo21 multilayered films.It turned out that the Ni concentration played a dominating role in affecting the glass-forming ability of the system.Besides,thermodynamic calculations predicted a favored composition region for metallic glass formation,matching well with the observations from ion beam mixing.
11-5845/TH
ISSN:1674-7321
1869-1900
DOI:10.1007/s11431-012-4897-3