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Synthetic oxygen mobility

Investigation of Oxygen Mobility in Synthetic Zeolites by Isotopic Exchange Method... [Pg.520]

The addition of plasticizer used for the improvement of mechanical properties leads generally to an increase in the oxygen permeability coefficient due to the higher mobility of the polymer chain and higher free volume [102]. On the contrary, the dispersion of nanoclays in PLA makes it possible to divide the permeability coefficient by 2 or 3 depending upon the type of the nanoclays (e.g. organomodified montmorillonite, cloisite 25A or 30B, organomodified synthetic fluorine mica) and exfoliation [129-131]. [Pg.201]

See other pages where Synthetic oxygen mobility is mentioned: [Pg.521] [Pg.523] [Pg.525] [Pg.871] [Pg.418] [Pg.246] [Pg.778] [Pg.833] [Pg.1115] [Pg.204] [Pg.851] [Pg.116] [Pg.64] [Pg.38] [Pg.246] [Pg.3197] [Pg.93] [Pg.418] [Pg.213] [Pg.608] [Pg.778] [Pg.192] [Pg.418] [Pg.245] [Pg.3196] [Pg.98] [Pg.198] [Pg.68] [Pg.130] [Pg.1324] [Pg.763] [Pg.382] [Pg.403] [Pg.585] [Pg.200] [Pg.5271] [Pg.328] [Pg.1042] [Pg.815] [Pg.128] [Pg.356] [Pg.400] [Pg.11] [Pg.27]

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Oxygen mobile

Oxygen mobility

Oxygen synthetic