Compared with pure PANI, both higher electrical conductivity and higher Seebeck coefficient of GO/PANI composites result from the increased carrier mobility, which is confirmed by Hall measurement.
The morphology and thermal behaviour of the composites resulting from microemulsion polymerization are strongly influenced by the surfactant, which is trapped inside the solid.
Computer analysis shows the most influential material parameter in the CFRP composite, random fluctuations of the effective tensor following an input uncertainty as well as some perspective of effective parameters of these composites resulting from permanently increasing Young modulus of the carbon itself.
More accurately, at the nominal level of reality simples and composites result from an epistemological distinction imposed by a perceiving mind in its analysis of what "exists" (i.e. exists in a nominal sense).
From the testing of flexural modulus, it was found that there was an increased in the stiffness of the composites resulting from the increase in filler concentration; therefore, the hardness is aligned with the flexural stiffness (Rupprecht 1999).
Figure 2 TEM image (a) and EDS spectrum (b) of SiO2-coated single wall carbon nanotube (SWCNT@SiO2) composites resulting from a co-condensation reaction between plasma-treated SWCNTs and TEOS for 3 h; TEM image of SWCNT@SiO2(c) obtained by co-condensation reaction between plasma-treated SWCNTs and TEOS for 12 h.
Based on a series of experiments, it is proposed that the strong dual ECL emission produced by the CeO2/TiO2 composite resulted from the benefit ECL effect of interface heterojunction in composite.
The electrical conductivity of polymer/CNT composites results from a continuous filler network that can be affected by various external stimuli, such as temperature shifts, mechanical deformations, and the presence of gases and vapors or solvents.
Furthermore, the enhanced rate capability (Fig. 6a) of the composites results from this reduced impedance.
The synergetic relationship between the Ni chains and the carbon materials (CNT or GNP), meant that the main EMI shielding mechanisms of the PVDF/carbon/Ni-chain composites had resulted from the absorption process.
The increase of tensile strength of the composite was resulted from the reduction of residual stress of the composite.
