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Scanning Probe Microscopy (SPM) has been utilized to study the adhesive behavior of a blend of poly ethylene propylene) (PEP) and the n-butyl ester of abietic acid.
This work presents the electrochemical behavior of a blend formed by camphor sulphonate-doped polyaniline and poly methyl methacrylate) used for iron, copper and silver corrosion protection in acidic environments with or without chloride ions.
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The curing behaviors of 3BOCN/MODA blend were studied by differential scanning calorimetry (DSC) and rheological analysis, which suggested that the blend possessed a wide processing window.
Therefore, it was concluded that the information about surface structure can be obtained from the measured lateral force behavior of a miscible polymer blend.
The overall behavior of the blend is a miscible system with weak non-specific interactions, and the apparent asymmetry in the Tg composition relationship has been analyzed with a detailed view of partially segregated PEO crystalline domains.
The phase behavior of blends of a thermotropic LCP and a flexible chain polymer at melt processing temperature can be evaluated by two quantitative parameters: the polymer polymer interaction parameter (χ12) and the degree of disorder (y/x1).
The phase behavior of a biocompatible binary polyanhydride blend system composed of poly[1,6-bis p-carboxyphenoxy)hexane] (poly[1,6-bis p-carboxyphenoxycid) (poly[1,6-bis p-carboxyphenoxy
Curing as well as the phase separation behavior of blends of a hydroxy-functionalized hyperbranched polymer (HBP) and epoxy resin have been studied by several techniques.
Rheological analyses showed a correlation with the morphological analysis and the electrical conductive behavior of the blend composites.
The hyperlastic behavior of this blend has been characterized under cyclic uni-axial tensile tests.
And the filling behavior of the blend has been greatly improved in the micro-molding process compared with the original resin.
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