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The effect of the transport of a series of n-alkane and a series of ester penetrants on the dynamic mechanical response of a polyamide-based polymer matrix has been investigated. This was done by comparing the dynamic mechanical behaviors of the polymer exposed to the penetrants for various times ranging from 0 to 10 5 min. The concept of double reduction in variables (using temperature and...
The diffusion behaviors of a series of n-alkanes, ranging from C 6 to C 17 , through a polyamide-type polymeric matrix have been investigated by means of mass uptake measurements. Since n-alkanes are known to display negligible interactions with the polymer matrix, this study serves to isolate the effects of penetrant size and shape on the transport process without undue interference...
The transport properties of a series of ester penetrants through a polyamide-based elastomeric adhesive are reported. The results obtained are compared with those from a similar study on a series of n-alkane penetrants reported previously. It was established that the diffusion of the esters, as in the case of n-alkanes, is Fickian and follows a Henry's law-type mechanism. Furthermore, it was concluded...
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