Temperature and pressure dependence of the volumetric properties of binary liquid mixtures containing 1-propanol and dihaloalkanes

Abstract

2005) Temperature and pressure dependence of the volumetric properties of binary liquid mixtures containing 1-propanol and dihaloalkanes, Physics and ChemistryDensities of 1-propanol þ dibromomethane, or þbromochloromethane, or þ1,2-dichloroethane, or þ1-bromo-2-chloroethane binary mixtures were measured at 288.15, 298.15 and 308.15 K, over the entire composition range. Thermal expansion coefficients, , and excess molar volumes, V E m , were calculated. Moreover, densities at 298.15 K and pressures up to 2 Â 10 7 Pa were determined for the same mixtures. Isothermal compressibilities, T , of the pure liquids and their mixtures were obtained.

Experimental densities and derived thermodynamic properties of liquid propan-1-ol at temperatures from 298 to 423K and at pressures up to 40MPa

“…Excellent agreement within 0.04-0.07% was found between the present results and the data reported in the references [20,22,38,40,41,48,49,52,57,72,74]. Good agreement within 0.1% is found between the present data and the values reported in the references [7,23,26,30,31,33,34,45,61,66,71,73], while the data by Kabir et al [56] and Yang et al [64] show large deviations from 0.4% to 0.6%. The data by Kabir et al [56] are systematically higher, while the data by Yang et al [64] systematically lower.…”

“…It can be seen that the majority of deviations are lower than ±0.1%, the average absolute deviation (AAD) is about 0.06% (see also Table 3). Most of the data by Zúñiga-Moreno and Galicia-Luna [53] show systematic negative deviations, although the deviations are very close [49]; ( ), [56]; ( ), [71]; (×), [58]; (⊗), [64]; ( ), [74]; (♦), [47]; (+), [65]; ( ), [73]; ( ), [61]; ( ), [70]; ( ), [62]; ( ), [33]; ( ), [72]; (♂), [76]; (♀), [32]; ( ), [75]; ( ), [35]; ( ), [36]; ( ), [21]; (--), calculated with correlation by Khasanshin [92]; (----), calculated with correlation by Marczak et al [47].…”

“…10 Fukuchi [30] 0.10 Kabir [56] 0.65 Azim [5] 0. 22 Zhuravlev [32] 0.14 Valtz [58] 0.08 Kretschmer [6] 0.14 Kubota [33] 0.08 Zéberg-Mikkelsen [62] 0.10 Ling [7] 0.09 Crabtree [35] 0.21 Yang [64] 0.40 Zakar'yaev [27] 0.21 Garcia [36] 0.13 Watson [65] 0.13 Westmeier [16] 0.13 Marczak [47] 0.06 Huo [72] 0.06 Li [73] 0.10 Pang [74] 0.07 Vercher [76] 0.11 Coquelet [71] 0.11 Gil-Hernandez [61] 0.11 Khasanshin [92] 0.09 Bhuiyan [70] 0.12 Zúñiga-Moreno and Galicia-Luna [53] 0.12 Golubev [10,19] 0.22 Benson [22] 0.06 Sakurai [31] 0.09 Gold [11] 0.11 Papaionannou [40] 0.001 Rodriguez [48] 0.06 Djojoputro [60] 0.10 Aminabhavi [39] 0.07 Resa [75] 0.09 Ortega [34] 0.08 Chandrashekara [20] 0.04 Tashima [26] 0.10 Marigliano [50] 0.09 Kumagi et al [45] 0.11 González [66] 0.10 Peleteiro [52] 0.07 ison between the present measured densities and the reported data at high temperatures and high pressures is presented in Figs. 3-5 and in Table 4. Figs.…”

“…[40,69,117,119], while the values reported in [14,65,118] deviate from the present results by 2.5%. Relatively large [21]; ( ), [40,41]; ( ), [14]; ( ), [118]; (×), [76]; ( ), [119]; (+), [69]; (♦), [62]; ( ), [61]; ( ), [52]; ( ), [132]; ( ), [140]; ( ), [119]; (---), this work calculated with Tait EOS (18) deviations within 5.9% and 3.4-4.8% were found for the values of K T calculated with the EOS by Vercher et al [76] and Diaz Peña and Tardajos [21], respectively. Excellent agreement within 0.5-1.5% is observed between K T measured by Altunin and Konikevich [25] and the data by Papaioannou et al [40,41] at high pressures, while other EOS [47,53,65] are systematically off by 3% (see Fig.…”

“…The data by Kabir et al [56] are systematically higher, while the data by Yang et al [64] systematically lower. A detailed compar- [33]; ( ), [27]; (×), [65]; ( ), [41]; (♦), [37]; ( ), [24]; ( ), [61]; ( ), [25]; ( ), [142]; (--), calculated with Eq. (17).…”