Ari L. Horvath 0 5e+00 Ambient temperature 1 5 °C 1 -1 1.002e-01 Percent mass fraction (1) 4 1.002 1 -4 1.354e-04 Mole fraction - Liquid (1) 4 1.354 1 -1 3.682e-01 Henry's Law Solubility Coefficient 4 3.682 m³ atm mol^-1 1 1.0e+01 Ambient temperature 2 1.0 °C 2 -2 9.92e-02 Percent mass fraction (1) 3 9.92 1 -4 1.341e-04 Mole fraction - Liquid (1) 4 1.341 1 -1 4.718e-01 Henry's Law Solubility Coefficient 4 4.718 m³ atm mol^-1 1 1.5e+01 Ambient temperature 2 1.5 °C 3 -2 9.79e-02 Percent mass fraction (1) 3 9.79 1 -4 1.324e-04 Mole fraction - Liquid (1) 4 1.324 1 -1 5.993e-01 Henry's Law Solubility Coefficient 4 5.993 m³ atm mol^-1 1 2.0e+01 Ambient temperature 2 2.0 °C 4 -2 9.66e-02 Percent mass fraction (1) 3 9.66 1 -4 1.305e-04 Mole fraction - Liquid (1) 4 1.305 1 -1 7.552e-01 Henry's Law Solubility Coefficient 4 7.552 m³ atm mol^-1 1 2.5e+01 Ambient temperature 2 2.5 °C 5 -2 9.50e-02 Percent mass fraction (1) 3 9.50 1 -4 1.284e-04 Mole fraction - Liquid (1) 4 1.284 1 -1 9.442e-01 Henry's Law Solubility Coefficient 4 9.442 m³ atm mol^-1 1 Solubility, Solubility data series The multiple equilibration technique was used to measure the Henry's law constant as described by McAuliffe [1]. A known volume of pure 1,1,1-trichloroethane in a syringe was shaken with a known volume of pure water. After equilibration, the headspace was separated and analyzed for the compound of interest. A gas chromatograph fitted with an electron capture detector was used for the analysis. The International Union of Pure and Applied Chemistry McAuliffe, C. D.; Chem. Techn. 1971, 1, 46. paper Hunter-Smith, R. J.; Balls, P. W.; Liss, P. S.; Tellus 35B, 170 (1983). paper https://doi.org/10.1111/j.1600-0889.1983.tb00021.x 7732-18-5 2 H2O InChI=1S/H2O/h1H2 XLYOFNOQVPJJNP-UHFFFAOYSA-N 18.0153 Seawater Atlantic ocean samples, 48°N to 65°S latitudes, in late 1981. 71-55-6 1 C2H3Cl3 InChI=1S/C2H3Cl3/c1-2(3,4)5/h1H3 UOCLXMDMGBRAIB-UHFFFAOYSA-N 133.404 1,1,1-Trichloroethane Source and purity not given. 1,1,1-Trichloroethane with Sea water