Study on Thermodynamic Properties for Binary Systems of Water + L-Cysteine Hydrochloride Monohydrate, Glycerol, and D-Sorbitol at Various Temperatures

Table 5

Value of constants 𝐴_𝑛, 𝑛^∗_𝐷 (from (5) and relative deviation of 𝑛^∗_𝐷 for aqueous solution of [LCHCMH], D-sorbitol, and glycerol at various temperatures (K).

𝑇 (K)	System	𝐴𝑛 (L/mol)	𝑛^∗𝐷	𝑛^∗𝐷	RD (for 𝑛^∗𝐷)
				Literature
303.15	[LCHCMH] + water	0.0282	1.3324	1.3319^b	0.00038
313.15		0.0280	1.3309	1.3306^b	0.00023
323.15		0.0278	1.3299	1.3290^b	0.00068
303.15	D-sorbitol + water	0.0259	1.3318	1.3319^b	0.00008
313.15		0.0256	1.3306	1.3306^b	0.00000
323.15		0.0246	1.3296	1.3290^b	0.00045
303.15	glycerol + water	0.0104	1.3327	1.3319^b	0.00060
313.15		0.0102	1.3310	1.3306^b	0.00030
323.15		0.0100	1.3293	1.3290^b	0.00023

^bRef. [28].