Table 5. Experimental Results of Phase Equilibria in Quaternary System LiBr–NaBr–KBr–H₂O at 348.15 K and 0.077 MPa^a.

				Jänecke index of dry salt/(g/100 g)
	composition of solution 100·w(B)			J(LiBr) + J(NaBr) + J(KBr) = 100
no.	LiBr	NaBr	KBr	LiBr	NaBr	KBr	H2O	equilibrium solids
1, E1	66.04	1.00	0.00	98.51	1.49	0.00	49.15	LB1 + NB
2	64.40	0.97	1.99	95.61	1.44	2.95	48.46	LB1 + NB
3, E2	63.68	0.00	3.66	94.56	0.00	5.44	48.49	LB1 + KB
4, F1	63.28	0.90	3.61	93.35	1.33	5.33	47.51	LB1 + NB + KB
5, E3	0.00	46.58	12.26	0.00	79.16	20.84	69.95	NB + KB
6	1.84	44.51	11.71	3.17	76.66	20.17	72.24	NB + KB
7	5.05	41.33	10.96	8.81	72.08	19.11	74.40	NB + KB
8	9.73	36.84	9.84	17.25	65.31	17.44	77.28	NB + KB
9	15.53	31.15	9.12	27.83	55.82	16.34	79.19	NB + KB
10	28.47	19.86	7.47	51.02	35.59	13.39	79.22	NB + KB
11	36.95	13.51	6.10	65.33	23.89	10.79	76.80	NB + KB
12	38.38	12.71	5.77	67.50	22.35	10.15	75.84	NB + KB
13	40.89	11.09	5.48	71.16	19.30	9.54	74.02	NB + KB
14	53.43	3.89	4.02	87.10	6.34	6.55	63.02	NB + KB
15	56.53	2.73	3.74	89.73	4.33	5.94	58.74	NB + KB

^aAbbreviations: LB1 = LiBr·H₂O, KB = KBr, and NB = NaBr. Standard uncertainties u are u(T) = 0.02 K and u(P) = 0.002 MPa. Relative standard uncertainty of the measurement u_r[w(LiBr)] = 0.005, u_r[w(NaBr)] = 0.005, and u_r[w(KBr)] = 0.005.