Big Chemical Encyclopedia

Chemical substances, components, reactions, process design ...

Articles Figures Tables About

Phase Morphology in Immiscible Binary Polymer Blends

Clearly, the level of interfacial tension between two polymer melts expressed in Table 5.6 correlates with the difference in their Hildebrand solubility parameters [3]. [Pg.173]

More recent studies have sought more sophisticated interpretations of interfacial tensions between ordinary liquids and between polymer melts. They have sought to associate this with both polar and dispersion (non-polar) forces in individual molecules of the two phases. Wu [68] has proposed the expression [Pg.173]

Ihm and White [60] have sought to apply Eq. 5.22 to polyethylene and poly(ethylene terephthalate). They suggest for polyethylene [Pg.173]

The interfacial tension estimated by Him and White [60] was 8.7 dynes/cm, which compares to the experimental value of 9.3 dynes/cm. [Pg.173]

8 Phase Morphology in Immiscible Binary Polymer Blends [Pg.173]




SEARCH



Binary blends

Binary polymer blends

Blend morphology

Blending, morphology

Immiscibility

Immiscibility Immiscible

Immiscible

Immiscible blend

Immiscible blended polymer

Immiscible polymer blends

Immiscible polymer blends morphology

Immiscible polymers

PHASE MORPHOLOGY

Phase immiscible

Polymer blend morphology

Polymer morphology

© 2024 chempedia.info