Sergey M. Shishatski
-1
1.2e-01
Ambient pressure
2
1.2
$\pu{MPa}$
0
5.95e+00
Sorption
3
5.95
$\pu{V_{1}/V_{2}}$
1
-1
1.7e-01
Ambient pressure
2
1.7
$\pu{MPa}$
0
7.97e+00
Sorption
3
7.97
$\pu{V_{1}/V_{2}}$
2
-1
2.8e-01
Ambient pressure
2
2.8
$\pu{MPa}$
1
1.107e+01
Sorption
4
1.107
$\pu{V_{1}/V_{2}}$
3
-1
3.2e-01
Ambient pressure
2
3.2
$\pu{MPa}$
1
1.149e+01
Sorption
4
1.149
$\pu{V_{1}/V_{2}}$
4
-1
4.5e-01
Ambient pressure
2
4.5
$\pu{MPa}$
1
1.410e+01
Sorption
4
1.410
$\pu{V_{1}/V_{2}}$
5
-1
6.1e-01
Ambient pressure
2
6.1
$\pu{MPa}$
1
1.637e+01
Sorption
4
1.637
$\pu{V_{1}/V_{2}}$
6
-1
6.8e-01
Ambient pressure
2
6.8
$\pu{MPa}$
1
1.729e+01
Sorption
4
1.729
$\pu{V_{1}/V_{2}}$
7
-1
8.1e-01
Ambient pressure
2
8.1
$\pu{MPa}$
1
1.889e+01
Sorption
4
1.889
$\pu{V_{1}/V_{2}}$
8
-1
8.5e-01
Ambient pressure
2
8.5
$\pu{MPa}$
1
1.897e+01
Sorption
4
1.897
$\pu{V_{1}/V_{2}}$
9
0
1.04e+00
Ambient pressure
3
1.04
$\pu{MPa}$
1
2.108e+01
Sorption
4
2.108
$\pu{V_{1}/V_{2}}$
10
0
1.10e+00
Ambient pressure
3
1.10
$\pu{MPa}$
1
2.158e+01
Sorption
4
2.158
$\pu{V_{1}/V_{2}}$
11
0
1.20e+00
Ambient pressure
3
1.20
$\pu{MPa}$
1
2.268e+01
Sorption
4
2.268
$\pu{V_{1}/V_{2}}$
12
0
1.39e+00
Ambient pressure
3
1.39
$\pu{MPa}$
1
2.411e+01
Sorption
4
2.411
$\pu{V_{1}/V_{2}}$
13
0
1.46e+00
Ambient pressure
3
1.46
$\pu{MPa}$
1
2.470e+01
Sorption
4
2.470
$\pu{V_{1}/V_{2}}$
14
0
1.61e+00
Ambient pressure
3
1.61
$\pu{MPa}$
1
2.554e+01
Sorption
4
2.554
$\pu{V_{1}/V_{2}}$
15
0
1.79e+00
Ambient pressure
3
1.79
$\pu{MPa}$
1
2.714e+01
Sorption
4
2.714
$\pu{V_{1}/V_{2}}$
16
0
1.83e+00
Ambient pressure
3
1.83
$\pu{MPa}$
1
2.714e+01
Sorption
4
2.714
$\pu{V_{1}/V_{2}}$
17
0
2.02e+00
Ambient pressure
3
2.02
$\pu{MPa}$
1
2.841e+01
Sorption
4
2.841
$\pu{V_{1}/V_{2}}$
18
0
2.07e+00
Ambient pressure
3
2.07
$\pu{MPa}$
1
2.866e+01
Sorption
4
2.866
$\pu{V_{1}/V_{2}}$
19
0
2.12e+00
Ambient pressure
3
2.12
$\pu{MPa}$
1
2.917e+01
Sorption
4
2.917
$\pu{V_{1}/V_{2}}$
20
1
Sorption isotherm of carbon dioxide in polysulfone at 308 K (The original data were represented graphically)
Solubility, Solubility data series
Sorption isotherm was obtained using a dual-volume dual-transducer cell design based on the pressure decay principle.
The International Union of Pure and Applied Chemistry
Chiou, J. S.; Maeda, Y.; Paul, D. R.; J. Appl. Polym. Sci. 30, 4019 (1985).
paper
https://doi.org/10.1002/app.1985.070301006
124-38-9
1
CO2
InChI=1S/CO2/c2-1-3
CURLTUGMZLYLDI-UHFFFAOYSA-N
44.0095
Carbon dioxide
PSF: conditioned at the highest $\ce{CO2}$ pressure before measurement; $T_{\rm{g}}$ = 455 K.
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)
Solubility data from IUPAC SDS Volume 70 (page ?) - Carbon dioxide with Polysulfone (PSF)