The most cyclically stable compositions with narrow hysteresis (<40 °C) were identified.
By varying the laser power and thereby the heating and cooling rate of the specimen, we show that the most stable glass-forming composition within the explored range is Cu64.7Zr35.3, in excellent agreement with the previously reported optimum composition of Cu64.5Zr35.5 that was identified by trial and error.
70-18-1, predicted to be the most stable isomer of this composition, has the same arrangement of CF3 groups as in 70-16-1 with additionalnal pair of CF3 groups continuing the p mp ribbon.
We train our predictive models on the lowest formation enthalpy at each composition becauses they represent the most stable compounds, which causes our model to predict the energy of the ground-state structure given composition.
The most stable structure, based on the length and composition of the stem, was identical to one obtained with a genetic algorithm combined with sequence analysis (Proutski et al., 1997).
The composition where glassy state will be most stable compared to the solid solution phase coincides with that of the Laves phase as reported in the equilibrium phase diagram.
As it is known, the equilibrium concentration of the metal ion is controlled primarily by the soil composition, namely, by one of the most stable soil minerals.
Also, these genes seem the most stable, as they remain significant even if the sample group composition is changed.
It follows that in a ternary metal system, the largest driving force could be correlated to the optimized composition, of which the metallic glass is the most stable or easiest one to be produced in practice.
BEAN tries to model the sequence composition of all the training data and learns the most stable characteristics that can be used to distinguish T3SEs and non-T3SEs.
