“…In order to further testify the relevance of the obtained conclusion, some IBM experimental data are collected and shown in Fig. 2, [24][25][26][27][28][29][30] in which the calculated g* values are also given. One can vividly see from this gure that there exists a negative correlation between the g* and D c .…”
A negative correlation of glass formation ability (GFA) with the critical dosage (Dc) is first proposed for amorphous alloys formed by ion beam mixing (IBM), i.e. the lower the Dc the better the GFA, implying that Dc could serve as a GFA indicator.
“…In order to further testify the relevance of the obtained conclusion, some IBM experimental data are collected and shown in Fig. 2, [24][25][26][27][28][29][30] in which the calculated g* values are also given. One can vividly see from this gure that there exists a negative correlation between the g* and D c .…”
A negative correlation of glass formation ability (GFA) with the critical dosage (Dc) is first proposed for amorphous alloys formed by ion beam mixing (IBM), i.e. the lower the Dc the better the GFA, implying that Dc could serve as a GFA indicator.
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