Alexandre K. Bokarev 0 2e+00 Ambient pressure 1 2 $\pu{atm}$ 0 3.0e+00 Langmuir sorption capacity parameter 2 3.0 $\pu{cm3/cm3}$ 1 0 4e+00 Ambient pressure 1 4 $\pu{atm}$ 0 5.7e+00 Langmuir sorption capacity parameter 2 5.7 $\pu{cm3/cm3}$ 2 0 6e+00 Ambient pressure 1 6 $\pu{atm}$ 0 7.9e+00 Langmuir sorption capacity parameter 2 7.9 $\pu{cm3/cm3}$ 3 0 8e+00 Ambient pressure 1 8 $\pu{atm}$ 1 1.02e+01 Langmuir sorption capacity parameter 3 1.02 $\pu{cm3/cm3}$ 4 1 1e+01 Ambient pressure 1 1 $\pu{atm}$ 1 1.21e+01 Langmuir sorption capacity parameter 3 1.21 $\pu{cm3/cm3}$ 5 1 1.2e+01 Ambient pressure 2 1.2 $\pu{atm}$ 1 1.40e+01 Langmuir sorption capacity parameter 3 1.40 $\pu{cm3/cm3}$ 6 1 1.4e+01 Ambient pressure 2 1.4 $\pu{atm}$ 1 1.59e+01 Langmuir sorption capacity parameter 3 1.59 $\pu{cm3/cm3}$ 7 1 1.6e+01 Ambient pressure 2 1.6 $\pu{atm}$ 1 1.77e+01 Langmuir sorption capacity parameter 3 1.77 $\pu{cm3/cm3}$ 8 1 1.8e+01 Ambient pressure 2 1.8 $\pu{atm}$ 1 1.95e+01 Langmuir sorption capacity parameter 3 1.95 $\pu{cm3/cm3}$ 9 1 2e+01 Ambient pressure 1 2 $\pu{atm}$ 1 2.12e+01 Langmuir sorption capacity parameter 3 2.12 $\pu{cm3/cm3}$ 10 0 2e+00 Ambient pressure 1 2 $\pu{atm}$ 0 5.6e+00 Langmuir sorption capacity parameter 2 5.6 $\pu{cm3/cm3}$ 11 0 4e+00 Ambient pressure 1 4 $\pu{atm}$ 0 9.5e+00 Langmuir sorption capacity parameter 2 9.5 $\pu{cm3/cm3}$ 12 0 6e+00 Ambient pressure 1 6 $\pu{atm}$ 1 1.24e+01 Langmuir sorption capacity parameter 3 1.24 $\pu{cm3/cm3}$ 13 0 8e+00 Ambient pressure 1 8 $\pu{atm}$ 1 1.49e+01 Langmuir sorption capacity parameter 3 1.49 $\pu{cm3/cm3}$ 14 1 1e+01 Ambient pressure 1 1 $\pu{atm}$ 1 1.68e+01 Langmuir sorption capacity parameter 3 1.68 $\pu{cm3/cm3}$ 15 1 1.2e+01 Ambient pressure 2 1.2 $\pu{atm}$ 1 1.89e+01 Langmuir sorption capacity parameter 3 1.89 $\pu{cm3/cm3}$ 16 1 1.4e+01 Ambient pressure 2 1.4 $\pu{atm}$ 1 2.05e+01 Langmuir sorption capacity parameter 3 2.05 $\pu{cm3/cm3}$ 17 1 1.6e+01 Ambient pressure 2 1.6 $\pu{atm}$ 1 2.25e+01 Langmuir sorption capacity parameter 3 2.25 $\pu{cm3/cm3}$ 18 1 1.8e+01 Ambient pressure 2 1.8 $\pu{atm}$ 1 2.36e+01 Langmuir sorption capacity parameter 3 2.36 $\pu{cm3/cm3}$ 19 1 2e+01 Ambient pressure 1 2 $\pu{atm}$ 1 2.52e+01 Langmuir sorption capacity parameter 3 2.52 $\pu{cm3/cm3}$ 20 1 -1 8.13e-01 Henry's Law Solubility Coefficient 3 8.13 $\pu{cm3(g) cm-3(s) atm-1}$ 0 6.61e+00 Langmuir sorption capacity parameter 3 6.61 $\pu{cm3/cm3}$ -1 1.55e-01 Affinity Coefficient 3 1.55 $\pu{atm-1}$ 1 -1 5.47e-01 Henry's Law Solubility Coefficient 3 5.47 $\pu{cm3(g) cm-3(s) atm-1}$ 1 1.83e+01 Langmuir sorption capacity parameter 3 1.83 $\pu{cm3/cm3}$ -1 1.68e-01 Affinity Coefficient 3 1.68 $\pu{atm-1}$ 2 2 Solubility, Solubility data series The apparatus and procedure for measuring sorption isotherms were described in [1]. The International Union of Pure and Applied Chemistry Sada, E.; Kumazawa, H.; Yoshio, Y.; Wang, S. -T.; Xu, P.; J. Polym. Sci. B: Polym. Phys. 26, 1035 (1988). paper https://doi.org/10.1002/polb.1988.090260508 Sada, E.; Kumazawa, H.; Xu, P.; J. Polym. Sci. B: Polym. Phys. 27, 919-927 (1989). paper https://doi.org/10.1002/polb.1989.090270415 124-38-9 1 CO2 InChI=1S/CO2/c2-1-3 CURLTUGMZLYLDI-UHFFFAOYSA-N 44.0095 Carbon dioxide The commercial polysulfone samples Torayslon-PS (Toray Co. Ltd.) and P-1700 (Union Carbide) were used. P-1700 had $T_{\rm{g}}$ = 459 K. A dense PSF (P-1700) membrane was prepared by casting a mixed solution of 25.5% PSF, 55.5% N,N-dimethylacetamide, and 19.0% acetone by weight. Purity of $\ce{CO2}$ not specified. 25135-51-7 2 (C27H26O6S)n InChI=1S/C15H16O2.C12H10O4S/c1-15(2,11-3-7-13(16)8-4-11)12-5-9-14(17)10-6-12;13-9-1-5-11(6-2-9)17(15,16)12-7-3-10(14)4-8-12/h3-10,16-17H,1-2H3;1-8,13-14H ZUZZUJNBGCVPLQ-UHFFFAOYSA-N 478.6 Polysulfone (PSF) Carbon dioxide with Polysulfone (PSF)