For example, it use in nanocomposites, sollar cells, flexible electrodes for displays, electronic circuits, sensors .
Polymers based nanocomposites composed organic/inorganic fillers and polymers, where at least one material is in nanometer range .
Hexylamine, dodecylamine and octadecylamine were used respectively to investigate the effect of the grafted alkyl chain length on the physical properties of the PP/alkyl-GNP nanocomposites.
Characterization of the PP/Alkyl-GNP Nanocomposites
The PE/MWCNT nanocomposite was prepared by the onepot synthesis method using [Cp.sub.2]Zr[Cl.sub.2] in toluene followed by the activation with the MAO-adopting stirring method.
Table 1: Mechanical properties of PE and PE/MWCNT nanocomposite. Parametersa Neat PE Composite [M.sup.b.sub.w] x [10.sup.3] 70.9 67.4 [X.sup.c](%) 51.2 74.7 [Branches.sup.d]/1000 C 4 9 Tensile strength (MPa) 31.6 30.1 Young's modulus (MPa) 201 132 Elongation (%) 2.5 3.7 Energy at break (J/[m.sup.2]) 55.05 76.87 (a) Polymerization conditions: catalyst ([Cp.sub.2]Zr[Cl.sub.2]) = 14 [micro]mol, CNT = 2.5wt.%, time = 30 minutes, toluene = 80 mL, (Al)/(M) = 750, temp.
(iii) 2D nanocomposite coatings: the filler are nanolayers (1 dimension in nanometer scale).
Thus, there are 4 main groups of nanocomposite coating as follows (matrix/ nanofiller):
The [La.sub.2][O.sub.3]/GO nanocomposites were synthesized by using La[Cl.sub.3] x 7[H.sub.2]O and GO in DMF under reflux condition in one step.
TEM images of GL2 in Figure 2 showed the morphology of the [La.sub.2][O.sub.3]/GO nanocomposites. As shown in Figure 2(a), a few of the [La.sub.2][O.sub.3] nanoparticles were aggregated which could be also observed in SEM images.
In this study, the preparation of PVDF/clay nanocomposite
membrane using organically modified clay by the blending method were investigated.
are used in different applications, such as packaging, aerospace & defence, automotive, electronics & semiconductors, coating, and energy.