SDS Volume

Volume 70. Solubility of Gases in Glassy Polymers, p None

Source Publication

Tigina, O. N.; Ph.D. Dissertation, GIAP, State Institute of Nitrogen Industry, Moscow, USSR, 1983.

Conditions:

Room Temp: 280 - 350 $\pu{K}$
Pressure: 0.1 - 15 $\pu{MPa}$

Compiler:

S.M. Shishatski

Methodology:

The solubility was measured by means of an apparatus of hydrostatic weighing, the principle of which had been described in [1].

Sample Information:
  1. All the gases were "chemically pure" according to the Soviet Standard.
  2. PMP of the grade DX-810 had $\rho = \pu{0.82-0.83 g mL-1}$ and crystallinity $\pu{90\%}$.
Measurement Errors:

Mass concentration (m/v) (1): 1.5%

Methodology Citation

1 Golubev, I. F.; Dobrovol'skii, O. A.; Gaz. Prom. 1964, N 5, 43.

System Components:
  1. Helium, $\ce{ He }$; [7440-59-7] NIST WebBook
  2. Hydrogen, $\ce{ H2 }$; [1333-74-0] NIST WebBook
  3. Methane, $\ce{ CH4 }$; [74-82-8] NIST WebBook
  4. Nitrogen (Molecule), $\ce{ N2 }$; [7727-37-9] NIST WebBook
  5. Carbon dioxide, $\ce{ CO2 }$; [124-38-9] NIST WebBook
  6. Poly(4-methyl-1-pentene) (PMP), $\ce{ (C6H12)n }$; [25068-26-2] NIST WebBook
Experimental Data
$T$ ($\pu{K}$) $P$ ($\pu{MPa}$) $C_{1}$ (mol/cm3)
293 21.8 x 10-5
293 44.4 x 10-5
293 68.8 x 10-5
293 81.52 x 10-4
293 1E+12.43 x 10-4
313 21.0 x 10-5
313 64.0 x 10-5
313 18.8 x 10-5
333 26 x 10-6
333 62.4 x 10-5
333 1E+15.3 x 10-5
280 24.0 x 10-5
280 49.0 x 10-5
280 61.46 x 10-4
280 82.19 x 10-4
290 23.7 x 10-5
290 48.1 x 10-5
290 61.34 x 10-4
290 82.03 x 10-4
300 22.9 x 10-5
300 46.2 x 10-5
300 61.02 x 10-4
300 81.52 x 10-4
350 22.2 x 10-5
350 31.21 x 10-3
350 41.76 x 10-3
350 52.3 x 10-3
290 83.5 x 10-4
290 94 x 10-4
290 1E+14.5 x 10-4
290 125.6 x 10-4
290 147 x 10-4
300 114.2 x 10-4
300 135.3 x 10-4
300 146 x 10-4
320 134.3 x 10-4
320 144.7 x 10-4
320 44.4 x 10-5
320 66.9 x 10-5
320 89.7 x 10-5
290 28.3 x 10-5
290 41.66 x 10-4
290 52.10 x 10-4
290 62.55 x 10-4
290 73.05 x 10-4
290 83.60 x 10-4
290 27.4 x 10-4

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