. 2016 May 25;9(6):408. doi: 10.3390/ma9060408

Table 1.

Glass transition temperature T_g, crystallization temperature T_x, supercooled liquid region ΔT_x, solidus temperature T_m, liquidus temperature T_L, reduced glass transition temperature T_rg = T_g/T_L, and ΔT = T_L − T_g at a heating rate of 30 K∙min⁻¹, crystallization enthalpy ΔH_x, activation energy for T_g (E_g), activation energy for T_x (E_x), sensitivity of T_g and T_x to heating rate (β_g and β_x), fragility index m, yield strength σ_y, fracture strength σ_f, and plastic strain ε_p.

Metallic Glasses	T_g (K)	T_x (K)	ΔT_x (K)	T_m (K)	T_L (K)	ΔH_x (J/g)	E_g (kJ/mol)	E_x (kJ/mol)	T_rg	ΔT (K)	m	β_g	β_x	σ_y (MPa)	σ_f (MPa)	ε_p (%)
Zr₅₁Al_14.2Ni_15.9Cu_18.9	725.7	791.6	65.9	1021.3	1125.9	54.6	721.9	282.1	0.6446	400.2	52.5	5.7692	17.1162	2072.5	2104.9	0.2
Zr_51.5Al_13.6Ni_14.9Cu₂₀	723.5	796.8	73.3	1015.0	1153.7	48.4	670.2	349.1	0.6271	430.2	49.0	6.3086	14.3785	1838.0	2184.6	1.6
Zr₅₂Al_12.9Ni_13.8Cu_21.3	714.6	789.8	75.2	1060.6	1138.0	51.2	694.6	323.4	0.6279	423.4	51.2	5.7305	15.0479	2041.9	2114.5	0.4
Zr_52.5Al_12.2Ni_12.6Cu_22.7	712.8	783.8	71.0	1048.7	1149.2	56.7	567.4	343.3	0.6203	436.4	42.2	7.2022	14.1554	1870.1	2040.1	7.8
Zr₅₃Al_11.6Ni_11.7Cu_23.7	711.4	778.7	67.3	1044.7	1150.0	50.8	592.7	325.7	0.6168	438.6	44.1	6.7406	14.7100	1840.6	2015.5	4.7
Zr_53.5Al_10.9Ni_10.6Cu₂₅	704.5	775.9	71.4	1041.2	1148.4	52.9	637.9	290.4	0.6135	443.9	47.9	6.2987	16.1749	1974.0	1995.4	2.3
Zr₅₄Al_10.2Ni_9.4Cu_26.4	693.6	771.2	77.6	1028.2	1137.8	49.6	668.4	310.0	0.6096	444.2	50.9	5.8047	15.0870	1781.6	1959.3	1.0
Zr_54.5Al_9.6Ni_8.4Cu_27.5	691.3	769.5	78.2	996.4	1149.4	55.4	608.8	300.0	0.6014	458.1	46.5	6.3063	15.3629	1863.1	1907.3	4.4
Zr₅₅Al_8.9Ni_7.3Cu_28.8	684.6	765.2	80.6	992.0	1160.5	44.8	471.9	302.1	0.5899	475.9	33.6	8.0065	15.0184	1737.5	1892.6	19.1