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TGA results indicate that the thermal stability of the modified blend was significantly improved as a function of alumina loading which may be due to interfacial interaction between the alumina particles and the polymers.
The phase stability of the blend was significantly improved by the presence of MMT; for blends annealed at 210 °C for 2 h the dispersed phase particle size increased by as much as 10x without MMT with little change was noted with MMT present in the blend.
We have shown that a random-type copolymer of PE-r-AA is a very effective compatibilizer, in that the domain size of the disperse phase in the PE-r-AA/PS/PS-GMA blend was significantly reduced when increasing the amount of PS-GMA.
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The crystallization behavior of the polymer blends was significantly affected by the compatibilization action and nucleation effect delivered by the nanofiller reinforcement.
Results showed that the heat duty of all the tri solvent blends was significantly lower than that of the standard 5 kMEA/MEAMEA.
The impact strength of the DGEBA/ELO blends was significantly improved with the addition of ELO owing to the reduced cross-linking density of the epoxy network.
Infrared spectroscopy analysis indicated that the transesterification between PC and TLCP molecules during melt blending was significantly reduced in TLCP/PC blends filled with nano-SiO2, compared to the unfilled TLC P/PCone.
The FPF of micronised powder blends is significantly higher (20%) compared to the FPF of spray dried blends (5%).
The derivative DSC peaks for the composite/PVC blends were significantly different from those for the conventional PBMA/PVC blends.
The means of CN ratio for both blends were significantly different (p < 0.0001), with the onion peel blend having lower means of CN ratio than the newspaper.
The volatile solids of both blends were significantly different at p = 0.0004, with onion peels having lower means compared to the newspaper.
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CEO of Professional Science Editing for Scientists @ prosciediting.com