Calculation of Thermal Pressure Coefficient of Lithium Fluid by 𝑝𝑉𝑇 Data

Table 2

The predicted calculated values of the thermal pressure coefficient for liquid lithium by (17). (𝐴₁=−225.33𝑒−3, 𝐴₃=−214.22𝑒+3, 𝐴₄=46.460𝑒+6, 𝐵₁=20.298𝑒−3, 𝐵₃=21.892𝑒+3, and 𝐵₄=−4.9020𝑒+6).

𝑇/K	𝑝/MPa	𝜌/Mol·L^−1	(𝜕𝑝/𝜕𝑇)𝜌/MPa·K^−1
600	10	72.3199	1.5458
600	20	72.3991	1.5537
600	40	72.5576	1.5695
600	60	72.7133	1.5852
600	80	72.8689	1.6011
600	100	73.0216	1.6168
700	10	70.9971	1.2065
700	20	71.0807	1.2128
700	40	71.245	1.2253
700	60	71.4092	1.238
700	80	71.5706	1.2506
700	100	71.7305	1.2632
800	10	69.6657	1.2615
800	20	69.7522	1.2689
800	40	69.9251	1.2838
800	60	70.0951	1.2987
800	80	70.2637	1.3135
800	100	70.4308	1.3284
900	10	68.3228	1.3694
900	20	68.4135	1.3785
900	40	68.5951	1.3969
900	60	68.7723	1.415
900	80	68.9496	1.4334
900	100	69.1239	1.4517
1000	10	66.9697	1.4386
1000	20	67.0648	1.4492
1000	40	67.255	1.4707
1000	60	67.4352	1.4913
1000	80	67.6268	1.5135
1000	100	67.8084	1.5349
1100	10	65.6037	1.4533
1100	20	65.7046	1.4653
1100	40	65.9035	1.4892
1100	60	66.0994	1.513
1100	80	66.2939	1.537
1100	100	66.4841	1.5608
1200	10	64.2262	1.421
1200	20	64.3329	1.4339
1200	40	64.5418	1.4594
1200	60	64.7478	1.485