From an article I read about polymer nanocomposites that are exfoliated soil bebasis and also covers other important areas including barrier properties, flammability, biomedical applications, optical applications, electronics, optoelectronics, and fuel cell interests. Composites are also reinforced with carbon fibers that have a limit on the attainable properties (especially in cross composites) due to the low modulus and matrix strength. There is also a modification of phase matrix with carbon monotube on a higher dimensional scale will likely be a significant increase in the contribution of modulus and matrix strength to overall composite properties. In certain cases, excellent isotropic dispersion may not be the desired morphology, but a hierarchical morphology that offers unique properties as observed with the perkoalization pathway to maximize electrical conductivity or patterned morphology to achieve new optical or electronic properties.
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