Alexandre K. Bokarev 2 3.08e+02 Ambient temperature 3 3.08 $\pu{K}$ -1 7.58e-01 Henry's Law Solubility Coefficient 3 7.58 $\pu{cm3(g) cm-3(s) atm-1}$ 1 2.502e+01 Langmuir sorption capacity parameter 4 2.502 $\pu{cm3/cm3}$ -1 3.66e-01 Affinity Coefficient 3 3.66 $\pu{atm-1}$ 1 2 3.08e+02 Ambient temperature 3 3.08 $\pu{K}$ -1 2.07e-01 Henry's Law Solubility Coefficient 3 2.07 $\pu{cm3(g) cm-3(s) atm-1}$ 0 7.31e+00 Langmuir sorption capacity parameter 3 7.31 $\pu{cm3/cm3}$ -1 1.36e-01 Affinity Coefficient 3 1.36 $\pu{atm-1}$ 2 2 3.08e+02 Ambient temperature 3 3.08 $\pu{K}$ -2 6.3e-02 Henry's Law Solubility Coefficient 2 6.3 $\pu{cm3(g) cm-3(s) atm-1}$ 0 4.15e+00 Langmuir sorption capacity parameter 3 4.15 $\pu{cm3/cm3}$ -2 4.5e-02 Affinity Coefficient 2 4.5 $\pu{atm-1}$ 3 1 -1 1.9e-01 Ambient pressure 2 1.9 $\pu{MPa}$ 1 1.088e+01 Sorption 4 1.088 $\pu{V_{1}/V_{2}}$ 1 -1 2.4e-01 Ambient pressure 2 2.4 $\pu{MPa}$ 1 1.285e+01 Sorption 4 1.285 $\pu{V_{1}/V_{2}}$ 2 -1 2.7e-01 Ambient pressure 2 2.7 $\pu{MPa}$ 1 1.426e+01 Sorption 4 1.426 $\pu{V_{1}/V_{2}}$ 3 -1 3.3e-01 Ambient pressure 2 3.3 $\pu{MPa}$ 1 1.538e+01 Sorption 4 1.538 $\pu{V_{1}/V_{2}}$ 4 -1 5.6e-01 Ambient pressure 2 5.6 $\pu{MPa}$ 1 2.005e+01 Sorption 4 2.005 $\pu{V_{1}/V_{2}}$ 5 -1 6.4e-01 Ambient pressure 2 6.4 $\pu{MPa}$ 1 2.183e+01 Sorption 4 2.183 $\pu{V_{1}/V_{2}}$ 6 -1 7.0e-01 Ambient pressure 2 7.0 $\pu{MPa}$ 1 2.323e+01 Sorption 4 2.323 $\pu{V_{1}/V_{2}}$ 7 -1 7.8e-01 Ambient pressure 2 7.8 $\pu{MPa}$ 1 2.379e+01 Sorption 4 2.379 $\pu{V_{1}/V_{2}}$ 8 -1 9.8e-01 Ambient pressure 2 9.8 $\pu{MPa}$ 1 2.696e+01 Sorption 4 2.696 $\pu{V_{1}/V_{2}}$ 9 0 1.08e+00 Ambient pressure 3 1.08 $\pu{MPa}$ 1 2.817e+01 Sorption 4 2.817 $\pu{V_{1}/V_{2}}$ 10 0 1.16e+00 Ambient pressure 3 1.16 $\pu{MPa}$ 1 2.910e+01 Sorption 4 2.910 $\pu{V_{1}/V_{2}}$ 11 0 1.25e+00 Ambient pressure 3 1.25 $\pu{MPa}$ 1 2.975e+01 Sorption 4 2.975 $\pu{V_{1}/V_{2}}$ 12 0 1.45e+00 Ambient pressure 3 1.45 $\pu{MPa}$ 1 3.217e+01 Sorption 4 3.217 $\pu{V_{1}/V_{2}}$ 13 0 1.55e+00 Ambient pressure 3 1.55 $\pu{MPa}$ 1 3.310e+01 Sorption 4 3.310 $\pu{V_{1}/V_{2}}$ 14 0 1.64e+00 Ambient pressure 3 1.64 $\pu{MPa}$ 1 3.393e+01 Sorption 4 3.393 $\pu{V_{1}/V_{2}}$ 15 0 1.72e+00 Ambient pressure 3 1.72 $\pu{MPa}$ 1 3.439e+01 Sorption 4 3.439 $\pu{V_{1}/V_{2}}$ 16 0 1.93e+00 Ambient pressure 3 1.93 $\pu{MPa}$ 1 3.643e+01 Sorption 4 3.643 $\pu{V_{1}/V_{2}}$ 17 0 2.02e+00 Ambient pressure 3 2.02 $\pu{MPa}$ 1 3.736e+01 Sorption 4 3.736 $\pu{V_{1}/V_{2}}$ 18 0 2.20e+00 Ambient pressure 3 2.20 $\pu{MPa}$ 1 3.837e+01 Sorption 4 3.837 $\pu{V_{1}/V_{2}}$ 19 -1 1.2e-01 Ambient pressure 2 1.2 $\pu{MPa}$ 0 1.12e+00 Sorption 3 1.12 $\pu{V_{1}/V_{2}}$ 20 -1 2.4e-01 Ambient pressure 2 2.4 $\pu{MPa}$ 0 2.10e+00 Sorption 3 2.10 $\pu{V_{1}/V_{2}}$ 21 -1 2.9e-01 Ambient pressure 2 2.9 $\pu{MPa}$ 0 2.51e+00 Sorption 3 2.51 $\pu{V_{1}/V_{2}}$ 22 -1 3.7e-01 Ambient pressure 2 3.7 $\pu{MPa}$ 0 3.08e+00 Sorption 3 3.08 $\pu{V_{1}/V_{2}}$ 23 -1 4.5e-01 Ambient pressure 2 4.5 $\pu{MPa}$ 0 3.59e+00 Sorption 3 3.59 $\pu{V_{1}/V_{2}}$ 24 -1 6.7e-01 Ambient pressure 2 6.7 $\pu{MPa}$ 0 4.78e+00 Sorption 3 4.78 $\pu{V_{1}/V_{2}}$ 25 -1 8.1e-01 Ambient pressure 2 8.1 $\pu{MPa}$ 0 5.35e+00 Sorption 3 5.35 $\pu{V_{1}/V_{2}}$ 26 -1 9.0e-01 Ambient pressure 2 9.0 $\pu{MPa}$ 0 5.81e+00 Sorption 3 5.81 $\pu{V_{1}/V_{2}}$ 27 0 1.07e+00 Ambient pressure 3 1.07 $\pu{MPa}$ 0 6.55e+00 Sorption 3 6.55 $\pu{V_{1}/V_{2}}$ 28 0 1.14e+00 Ambient pressure 3 1.14 $\pu{MPa}$ 0 6.59e+00 Sorption 3 6.59 $\pu{V_{1}/V_{2}}$ 29 0 1.25e+00 Ambient pressure 3 1.25 $\pu{MPa}$ 0 7.29e+00 Sorption 3 7.29 $\pu{V_{1}/V_{2}}$ 30 0 1.29e+00 Ambient pressure 3 1.29 $\pu{MPa}$ 0 7.17e+00 Sorption 3 7.17 $\pu{V_{1}/V_{2}}$ 31 0 1.48e+00 Ambient pressure 3 1.48 $\pu{MPa}$ 0 7.98e+00 Sorption 3 7.98 $\pu{V_{1}/V_{2}}$ 32 0 1.57e+00 Ambient pressure 3 1.57 $\pu{MPa}$ 0 8.15e+00 Sorption 3 8.15 $\pu{V_{1}/V_{2}}$ 33 0 1.66e+00 Ambient pressure 3 1.66 $\pu{MPa}$ 0 8.53e+00 Sorption 3 8.53 $\pu{V_{1}/V_{2}}$ 34 0 1.79e+00 Ambient pressure 3 1.79 $\pu{MPa}$ 0 8.69e+00 Sorption 3 8.69 $\pu{V_{1}/V_{2}}$ 35 0 1.89e+00 Ambient pressure 3 1.89 $\pu{MPa}$ 0 9.15e+00 Sorption 3 9.15 $\pu{V_{1}/V_{2}}$ 36 0 2.06e+00 Ambient pressure 3 2.06 $\pu{MPa}$ 0 9.60e+00 Sorption 3 9.60 $\pu{V_{1}/V_{2}}$ 37 -1 2.7e-01 Ambient pressure 2 2.7 $\pu{MPa}$ -1 6.5e-01 Sorption 2 6.5 $\pu{V_{1}/V_{2}}$ 38 -1 3.4e-01 Ambient pressure 2 3.4 $\pu{MPa}$ -1 8.1e-01 Sorption 2 8.1 $\pu{V_{1}/V_{2}}$ 39 -1 4.0e-01 Ambient pressure 2 4.0 $\pu{MPa}$ -1 8.3e-01 Sorption 2 8.3 $\pu{V_{1}/V_{2}}$ 40 -1 4.5e-01 Ambient pressure 2 4.5 $\pu{MPa}$ -1 9.8e-01 Sorption 2 9.8 $\pu{V_{1}/V_{2}}$ 41 -1 7.1e-01 Ambient pressure 2 7.1 $\pu{MPa}$ 0 1.44e+00 Sorption 3 1.44 $\pu{V_{1}/V_{2}}$ 42 -1 7.7e-01 Ambient pressure 2 7.7 $\pu{MPa}$ 0 1.59e+00 Sorption 3 1.59 $\pu{V_{1}/V_{2}}$ 43 -1 8.8e-01 Ambient pressure 2 8.8 $\pu{MPa}$ 0 1.65e+00 Sorption 3 1.65 $\pu{V_{1}/V_{2}}$ 44 -1 9.4e-01 Ambient pressure 2 9.4 $\pu{MPa}$ 0 1.78e+00 Sorption 3 1.78 $\pu{V_{1}/V_{2}}$ 45 0 1.14e+00 Ambient pressure 3 1.14 $\pu{MPa}$ 0 2.11e+00 Sorption 3 2.11 $\pu{V_{1}/V_{2}}$ 46 0 1.25e+00 Ambient pressure 3 1.25 $\pu{MPa}$ 0 2.24e+00 Sorption 3 2.24 $\pu{V_{1}/V_{2}}$ 47 0 1.34e+00 Ambient pressure 3 1.34 $\pu{MPa}$ 0 2.26e+00 Sorption 3 2.26 $\pu{V_{1}/V_{2}}$ 48 0 1.42e+00 Ambient pressure 3 1.42 $\pu{MPa}$ 0 2.35e+00 Sorption 3 2.35 $\pu{V_{1}/V_{2}}$ 49 0 1.59e+00 Ambient pressure 3 1.59 $\pu{MPa}$ 0 2.70e+00 Sorption 3 2.70 $\pu{V_{1}/V_{2}}$ 50 0 1.75e+00 Ambient pressure 3 1.75 $\pu{MPa}$ 0 2.93e+00 Sorption 3 2.93 $\pu{V_{1}/V_{2}}$ 51 0 1.79e+00 Ambient pressure 3 1.79 $\pu{MPa}$ 0 2.85e+00 Sorption 3 2.85 $\pu{V_{1}/V_{2}}$ 52 0 1.89e+00 Ambient pressure 3 1.89 $\pu{MPa}$ 0 2.94e+00 Sorption 3 2.94 $\pu{V_{1}/V_{2}}$ 53 0 2.26e+00 Ambient pressure 3 2.26 $\pu{MPa}$ 0 3.39e+00 Sorption 3 3.39 $\pu{V_{1}/V_{2}}$ 54 0 2.35e+00 Ambient pressure 3 2.35 $\pu{MPa}$ 0 3.52e+00 Sorption 3 3.52 $\pu{V_{1}/V_{2}}$ 55 2 Solubility, Solubility data series The sorption apparatus and procedures used in the present sorption experiments are the same as described earlier [1]. The International Union of Pure and Applied Chemistry Koros, W. J.; Paul, D. R.; Rocha, A. A.; J. Polym. Sci., Polym. Phys. Ed., 1976, 14, 687. paper https://doi.org/10.1002/pol.1976.180140410 Barbari, T. A.; Koros, W. J.; Paul, D. R.; J. Polym. Sci. B: Polym. Phys. 26, 729-744 (1988). paper https://doi.org/10.1002/polb.1988.090260402 61128-24-3 2 None 0.0 Polyetherimide (PEI) 7727-37-9 1 N2 InChI=1S/N2/c1-2 IJGRMHOSHXDMSA-UHFFFAOYSA-N 28.0134 Nitrogen (Molecule) Gas: purity > 99.99% (chromatographic quality). PHI (Ultem): General Electric Co., $\rho = \pu{1.28 g mL-1}$, $T_{\rm{g}}$ = 488 K. 124-38-9 1 CO2 InChI=1S/CO2/c2-1-3 CURLTUGMZLYLDI-UHFFFAOYSA-N 44.0095 Carbon dioxide Gas: purity > 99.99% (chromatographic quality). PHI (Ultem): General Electric Co., $\rho = \pu{1.28 g mL-1}$, $T_{\rm{g}}$ = 488 K. 74-82-8 1 CH4 InChI=1S/CH4/h1H4 VNWKTOKETHGBQD-UHFFFAOYSA-N 16.0425 Methane Gas: purity > 99.99% (chromatographic quality). PHI (Ultem): General Electric Co., $\rho = \pu{1.28 g mL-1}$, $T_{\rm{g}}$ = 488 K. Nitrogen, Carbon dioxide, Methane and Polyetherimide (PEI)