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In this study the phase coarsening mechanism via annealing for partial wetting, and complete wetting morphologies in ternary polymer blends is characterized.
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The miscibility of the blends was characterized by d.s.c.s.c
The modified blends were characterized by X-ray diffraction, Thermogravimetric analysis, and Scanning electron microscopy.
The toughness of the ductile blends was characterized by dynamic crack resistance curves (R-curves).
All blends were characterized by high amounts of additions, the Portland cement (PC) fraction ranging only from 20 to 60%.
The blends were characterized using IR, SEM, rheological measurement, and some mechanical properties were also determined.
The dynamic mechanical properties of PP/PN blends were characterized by dynamic mechanical analyser (DMA).
DGEBA and the DGEBA/ELO blends were characterized by their biodegradability, thermal properties, and fracture toughness.
The degree of compatibility of the blends was characterized using the Δb parameter.
Morphology of the blends was characterized by image analysis on SEM pictures and light scattering.
Virgin nylon6 and synthesized blends were characterized through differential scanning calorimetry, infrared spectroscopy, and polarizing microscopy.
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