Based on the analytic approach, a new parameter Delta T-m (reduced difference of nucleation temperatures) for estimating the glass forming ability (GFA) has been suggested with simple DTA data at two different cooling rates. The new parameter described GFA of amorphous alloys very well. Besides, an equation for estimating the critical cooling rate has also been suggested using the new parameter for GFA. The results of prediction model have been in good agreement with the previous experimental results.X111sciescopu
Several empirical rules have been proposed during the past few years to synthesize bulk metallic gla...
A thermodvnamic calculation scheme based on a CALPHAD method has been studied to evaluate the relati...
In this study, three Fe-base amorphous alloys with quite different critical cooling rates were subje...
The critical cooling rate for marginal glass formers, like Al-based alloys, is difficult to measure ...
Currently existing expressions of glass forming ability (GFA) have been formulated based on the char...
A new and simple criterion with which to quantitatively predict the glass forming ability (GFA) of m...
<p>The available glass forming ability criteria have been examined by classifying them into four bas...
Understanding glass formation and predicting glass forming ability (GFA) are vitally important and t...
AbstractA modified criterion, β', defined as Tg/Tx–Tg/(Tl·η) (Tg, Tx, Tl) and η denote the glass tra...
Classical heterogeneous nucleation theory coupled with DTA data has been used to analyze the crystal...
Herein, we elucidate how to accurately quantify glass-forming ability (GFA) by measuring effective v...
A simple method recently proposed (ref. 1) for evaluating the temperature of maximum nucleation rate...
A new differential thermal analysis (DTA) experimental method has been developed to determine the cr...
Accurate values needed for the most commonly used indicators of good Glass Forming Ability (GFA) in ...
This thesis presents the development of a new criterion which can indicate new compositions for amor...
Several empirical rules have been proposed during the past few years to synthesize bulk metallic gla...
A thermodvnamic calculation scheme based on a CALPHAD method has been studied to evaluate the relati...
In this study, three Fe-base amorphous alloys with quite different critical cooling rates were subje...
The critical cooling rate for marginal glass formers, like Al-based alloys, is difficult to measure ...
Currently existing expressions of glass forming ability (GFA) have been formulated based on the char...
A new and simple criterion with which to quantitatively predict the glass forming ability (GFA) of m...
<p>The available glass forming ability criteria have been examined by classifying them into four bas...
Understanding glass formation and predicting glass forming ability (GFA) are vitally important and t...
AbstractA modified criterion, β', defined as Tg/Tx–Tg/(Tl·η) (Tg, Tx, Tl) and η denote the glass tra...
Classical heterogeneous nucleation theory coupled with DTA data has been used to analyze the crystal...
Herein, we elucidate how to accurately quantify glass-forming ability (GFA) by measuring effective v...
A simple method recently proposed (ref. 1) for evaluating the temperature of maximum nucleation rate...
A new differential thermal analysis (DTA) experimental method has been developed to determine the cr...
Accurate values needed for the most commonly used indicators of good Glass Forming Ability (GFA) in ...
This thesis presents the development of a new criterion which can indicate new compositions for amor...
Several empirical rules have been proposed during the past few years to synthesize bulk metallic gla...
A thermodvnamic calculation scheme based on a CALPHAD method has been studied to evaluate the relati...
In this study, three Fe-base amorphous alloys with quite different critical cooling rates were subje...