Calculation of Thermal Pressure Coefficient of Lithium Fluid by 𝑝𝑉𝑇 Data

Table 3

Same as Table 2, for different temperatures.

𝑇/K	𝑝/MPa	𝜌/Mol·L^−1	(𝜕𝑝/𝜕𝑇)𝜌/MPa·K^−1
1200	80	64.951	1.5107
1200	100	65.1527	1.5365
1300	10	62.8357	1.3535
1300	20	62.9467	1.3667
1300	40	63.1671	1.3934
1300	60	63.3847	1.4202
1300	80	63.5994	1.4471
1300	100	63.8098	1.4738
1400	10	61.4294	1.2621
1400	20	61.5476	1.2758
1400	40	61.781	1.3031
1400	60	62.0101	1.3303
1400	80	62.2363	1.3578
1400	100	62.4582	1.3852
1500	10	60.0086	1.1567
1500	20	60.134	1.1704
1500	40	60.3804	1.1977
1500	60	60.6225	1.2251
1500	80	60.8617	1.2527
1500	100	61.0951	1.2801
1600	10	58.5706	1.0445
1600	20	58.7032	1.0579
1600	40	58.9654	1.0851
1600	60	59.2233	1.1123
1600	80	59.4755	1.1395
1600	100	59.7219	1.1667
1700	10	57.1138	0.9308
1700	20	57.2565	0.9441
1700	40	57.5346	0.9706
1700	60	57.8084	0.9972
1700	80	58.0749	1.0238
1700	100	58.3372	1.0505
1800	10	55.6369	0.8198
1800	20	55.7896	0.8327
1800	40	56.0865	0.8583
1800	60	56.3775	0.8841
1800	80	56.6614	0.9099
1800	100	56.9395	0.9358
1900	10	54.1383	0.7143
1900	20	54.3012	0.7265
1900	40	54.6196	0.7511
1900	60	54.9308	0.7759
1900	80	55.2334	0.8007
1900	100	55.5288	0.8256
2000	10	52.6138	0.6159
2000	20	52.7896	0.6276
2000	40	53.1311	0.6509
2000	60	53.464	0.6745
2000	80	53.7882	0.6981
2000	100	54.1037	0.7219