Table 1.
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Models studied in this work. These include metallic glass-forming models based on the embedded atom method (EAM) potential, Kob-Andersen model based on Lennard-Jones potential (KA-LJ), Weeks-Chandler-Andersen model based on Lennard-Jones potential (WCA-LJ), and the three-body Tersoff potential for SiO2.

#SystemForce-fieldConditions
1Al85Sm15EAMNPT (p = 0, and different p)
2Ni80P20EAMNPT (p = 0)
3Y65Cu35EAMNPT (p = 0)
4Pd80Si20EAMNPT (p = 0)
5A80B20KA-LJNVT (N/V = 1.558)
6A80B20WCA-LJNVT (N/V = 1.558)
7SiO2TersoffNPT (p = 0)
#SystemForce-fieldConditions
1Al85Sm15EAMNPT (p = 0, and different p)
2Ni80P20EAMNPT (p = 0)
3Y65Cu35EAMNPT (p = 0)
4Pd80Si20EAMNPT (p = 0)
5A80B20KA-LJNVT (N/V = 1.558)
6A80B20WCA-LJNVT (N/V = 1.558)
7SiO2TersoffNPT (p = 0)
Table 1.
Open in new tab

Models studied in this work. These include metallic glass-forming models based on the embedded atom method (EAM) potential, Kob-Andersen model based on Lennard-Jones potential (KA-LJ), Weeks-Chandler-Andersen model based on Lennard-Jones potential (WCA-LJ), and the three-body Tersoff potential for SiO2.

#SystemForce-fieldConditions
1Al85Sm15EAMNPT (p = 0, and different p)
2Ni80P20EAMNPT (p = 0)
3Y65Cu35EAMNPT (p = 0)
4Pd80Si20EAMNPT (p = 0)
5A80B20KA-LJNVT (N/V = 1.558)
6A80B20WCA-LJNVT (N/V = 1.558)
7SiO2TersoffNPT (p = 0)
#SystemForce-fieldConditions
1Al85Sm15EAMNPT (p = 0, and different p)
2Ni80P20EAMNPT (p = 0)
3Y65Cu35EAMNPT (p = 0)
4Pd80Si20EAMNPT (p = 0)
5A80B20KA-LJNVT (N/V = 1.558)
6A80B20WCA-LJNVT (N/V = 1.558)
7SiO2TersoffNPT (p = 0)
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