EXCESS-ENTHALPIES OF 1-BUTANOL-2-BUTANOL-N-HEPTANE, 1-HEXANOL-CYCLOHEXANOL-N-NONANE, 2-BUTANOL-N-HEPTANE, 1-HEXANOL-CYCLOHEXANOL AND CYCLOHEXANOL-N-NONANE AT 298.15 K
H. Kirss et al., EXCESS-ENTHALPIES OF 1-BUTANOL-2-BUTANOL-N-HEPTANE, 1-HEXANOL-CYCLOHEXANOL-N-NONANE, 2-BUTANOL-N-HEPTANE, 1-HEXANOL-CYCLOHEXANOL AND CYCLOHEXANOL-N-NONANE AT 298.15 K, Thermochimica acta, 255, 1995, pp. 63-69
Excess enthalpies for two ternary systems (1-butanol-2-butanol-n-hepta
ne and 1-hexanol-cyclohexanol-n-nonane) and three binary systems (2-bu
tanol-n-heptane, 1-hexanol-cyclohexanol and cyclohexanol-n-nonane) at
298.15 K have been measured with a Calvet-type microcalorimeter. The R
edlich-Kister equation and the UNIFAC(3Q), a version of UNIFAC, fitted
to binary H-E data, have been applied in predicting ternary excess en
thalpies. New group interaction parameters of this version have been d
etermined.