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The maximum improvement on the thermal stability of the composites was achieved when 5% PP-g-MA was used.
An improvement in the mechanical properties of the composites was achieved with treatment of the bamboo fibres.
The experimental evidence showed that a moderate improvement in the flexural strength, fracture toughness and compressive yield stress of the composites was achieved by the addition of Ti.
With RGO-to-Mn3O4 ratio of 3/1 (G3M1), significantly enhanced activity of the Mn3O4/RGO composites was achieved in comparison to their individual components, which could be attributed to the synergistic effect between Mn3O4 and RGO.
A highly uniform dispersion of carbon nanotube in fiber composites was achieved through the three-roll-mill technique while a non-uniform dispersion of carbon nanotubes was obtained using a nanotube-containing fiber sizing agent.
The incorporation of CNTs within the carbon fiber/epoxy composites was achieved by modifying the epoxy resin using CNTs and/or coating the carbon fiber with CNTs enriched sizing agent.
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The remarkable properties of composites are achieved by embedding fibres of one substance in a host matrix of another.
Foamed composites were achieved using dissolved pressurized nitrogen gas.
A homogeneous microstructure and a uniform distribution of chemical composites were achieved in hard phase.
Outstanding physical properties of polymer composites were achieved with nanoparticles as filler, primarily in enhancing mechanical strength or barrier properties.
Uniformity of carbon black distribution in cathode composites is achieved using novel coating technology in cathode preparation.
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