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Moreover, electrochemical impedance spectroscopy (EIS) suggests the electrochemical resistance of MnOOH nanowire graphene oxide composites is reduced when hydrothermal reaction is conducted in ammonia aqueous solution.
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The density and porosity of the hybrid composites were reduced with the increase in reinforcement content.
Compression strengths of woven composites are reduced when fibres are clustered.
The electrical resistivity of the composites was reduced significantly and the hardness was improved.
The melt viscosity and total torque values of the composites were reduced by the silica content.
On thermal decomposition the graphite oxide sheets in the composites are reduced to graphene sheets resulting in clay/graphene composites.
Generally, the coefficients of thermal expansion (CTE) of composites are reduced with an increase of filler contents.
The dielectric constant of the hybrid composites was reduced by adding PVSSQ up to a certain content, showed a minimum and then found to be increased.
The mechanical properties of BC/PLA composites were reduced as compared with a neat PLA sample when they were exposed to compost degradation.
The coupling resonance effects between planar mode and thickness mode of the composites was reduced by decreasing the composite thickness, and the pure thickness mode resonance can be obtained at a small composite thickness.
The Young's moduli of the composites are approximately 1.2 times and 1.1 times greater than that of a pure Cu thin film, and the coefficients of thermal expansion (CTEs) of the composites are reduced to be 77% and 85% of the CTE of the pure Cu film, respectively.
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