Nikolai I. Lisov, Valerii P. Sazonov 1 1.5089e+01 Ambient temperature 5 1.5089 °C 2 2.88239e+02 Ambient temperature 6 2.88239 $\pu{K}$ 2 7.081e+02 Mass density 4 7.081 g/L 1 1 1.916e+01 Surface Tension 4 1.916 dyn/cm 1 2.0005e+01 Ambient temperature 5 2.0005 °C 2 2.93155e+02 Ambient temperature 6 2.93155 $\pu{K}$ 2 7.163e+02 Mass density 4 7.163 g/L 2 1 1.866e+01 Surface Tension 4 1.866 dyn/cm 1 2.2006e+01 Ambient temperature 5 2.2006 °C 2 2.95156e+02 Ambient temperature 6 2.95156 $\pu{K}$ 2 7.237e+02 Mass density 4 7.237 g/L 3 1 1.856e+01 Surface Tension 4 1.856 dyn/cm 1 2.5004e+01 Ambient temperature 5 2.5004 °C 2 2.98154e+02 Ambient temperature 6 2.98154 $\pu{K}$ Mass density g/L - 4 1 1.821e+01 Surface Tension 4 1.821 dyn/cm 1 2.6005e+01 Ambient temperature 5 2.6005 °C 2 2.99155e+02 Ambient temperature 6 2.99155 $\pu{K}$ 2 7.534e+02 Mass density 4 7.534 g/L 5 1 1.812e+01 Surface Tension 4 1.812 dyn/cm 1 2.6203e+01 Ambient temperature 5 2.6203 °C 2 2.99353e+02 Ambient temperature 6 2.99353 $\pu{K}$ Mass density g/L - 6 1 1.814e+01 Surface Tension 4 1.814 dyn/cm 1 1 1.5089e+01 Ambient temperature 5 1.5089 °C 2 2.88239e+02 Ambient temperature 6 2.88239 $\pu{K}$ 2 9.308e+02 Mass density 4 9.308 g/L 1 1 1.973e+01 Surface Tension 4 1.973 dyn/cm 1 2.0005e+01 Ambient temperature 5 2.0005 °C 2 2.93155e+02 Ambient temperature 6 2.93155 $\pu{K}$ 2 9.033e+02 Mass density 4 9.033 g/L 2 1 1.900e+01 Surface Tension 4 1.900 dyn/cm 1 2.2006e+01 Ambient temperature 5 2.2006 °C 2 2.95156e+02 Ambient temperature 6 2.95156 $\pu{K}$ 2 8.874e+02 Mass density 4 8.874 g/L 3 1 1.870e+01 Surface Tension 4 1.870 dyn/cm 1 2.5004e+01 Ambient temperature 5 2.5004 °C 2 2.98154e+02 Ambient temperature 6 2.98154 $\pu{K}$ Mass density g/L - 4 1 1.833e+01 Surface Tension 4 1.833 dyn/cm 1 2.6005e+01 Ambient temperature 5 2.6005 °C 2 2.99155e+02 Ambient temperature 6 2.99155 $\pu{K}$ 2 8.364e+02 Mass density 4 8.364 g/L 5 1 1.819e+01 Surface Tension 4 1.819 dyn/cm 1 2.6203e+01 Ambient temperature 5 2.6203 °C 2 2.99353e+02 Ambient temperature 6 2.99353 $\pu{K}$ Mass density g/L - 6 1 1.814e+01 Surface Tension 4 1.814 dyn/cm 2 Solubility, Solubility data series The synthetic method was used. Mixtures of near-critical composition were made in glass tubes, closed at one end and joined to vacuum-tight Teflon-glass valves. Phase-separation temperatures were determined visually. The critical composition sample was the one most opalescent at its phase-separation temperature. Two different pycnometers, volumes 25 mL and 50 mL, of the type glass-bulb-to-capillary, were used to determine densities of mixtures. Surface tension was measured by the differential-capillary-rise method using a sample cell adapted from Calado, et al. [1]. The International Union of Pure and Applied Chemistry Calado, J. C. G.; McLure, I. A.; Soares, V. A. M.; Fluid Phase Equilib. 2, 199 (1978). paper https://doi.org/10.1016/0378-3812(78)80009-0 Khosla, M. P.; Widom, B.; J. Colloid Interface Sci. 76, 375-392 (1980). paper https://doi.org/10.1016/0021-9797(80)90380-x 79-24-3 1 C2H5NO2 InChI=1S/C2H5NO2/c1-2-3(4)5/h2H2,1H3 MCSAJNNLRCFZED-UHFFFAOYSA-N 75.0666 Nitroethane Aldrich Chemical Inc.; purity 96.0 mass%; dried and double distilled under a reduced pressure in a 36 in. glass column; purity 99.96-99.98 mass%. 96-14-0 2 C6H14 InChI=1S/C6H14/c1-4-6(3)5-2/h6H,4-5H2,1-3H3 PFEOZHBOMNWTJB-UHFFFAOYSA-N 86.1754 3-Methylpentane Aldrich Chemical Inc.; research grade; purity 96.0 mass%; distilled at atmospheric pressure in the 36 in. glass column; purity 99.99 mass% by GLC. Nitroethane with 3-Methylpentane