The solubility decreased with increasing water content of the membranes.
The arrow above the colorimetric scale indicates increasing water content along the scale.
This effect, however, is strongly non-linear and diminishes with increasing water content (Figure 3A).
The effect of increasing water content is analyzed in several sand clay mixtures.
At low water concentrations the passivation potential decreases with increasing water content.
At same strain rate, increasing water content would increase elastic modulus, but lower the flexural strength.
In the water saturated state the permeabilities increased with increasing water content of the membrane.
Water diffusion coefficient was also measured; it decreases monotonically with increasing water content.
In contrast, their area increases slightly (~3 %) with increasing water content from 0.0 up to 17.6 mol % in LS4 glasses.
Increasing water content for amorphous solids decreases the glass transition temperature and thus increases the propensity for crystallization.
The analysis shown in Fig. 4 makes it possible to observe an increase in thermal conductivity with increasing water content.
