. 2021 Apr 9;66(5):2071–2087. doi: 10.1021/acs.jced.1c00020

Table 10. Freezing-Point Depression (ΔT_F) of Water as a Function of the Mole Fraction of Dissolved Hydrogen (x_H₂)⁵⁷^,^a.

T_m (K)	P_m (bar)	x_H₂	ΔT_F (K)
272.4	100	0.00144(2)	0.148(2)
270.79	300	0.00401(6)	0.407(6)
269.06	500	0.0063(1)	0.63(1)
266.73	750	0.0087(2)	0.86(2)
264.21	1000	0.011(2)	1.06(2)

T_m and P_m denote the freezing point of pure water. ΔT_F is obtained from eq 17. The mole fractions x_H₂ are taken from Table 8. Numbers in brackets indicate uncertainty in the last digit.

Table 10. Freezing-Point Depression (ΔTF) of Water as a Function of the Mole Fraction of Dissolved Hydrogen (xH2)57,a.

Table 10. Freezing-Point Depression (ΔT_F) of Water as a Function of the Mole Fraction of Dissolved Hydrogen (x_H₂)⁵⁷^,^a.