Both of the samples have capped structure and Ni as the top electrode.
Both of the samples show the homogeneous formation of cellulose-POSS-silica/gold hybrid nanocomposites in the stable colloids.
The insets in Fig. 1d, h display the well-aligned lattice planes, indicating the single crystalline nature of PtCo in both of the samples.
Almost no signals of Fe were detected in both of the samples, indicating that Fe catalyst particles are fully covered by carbon layers.
Both of the samples were further examined for their microstructural and optical properties using atomic force microscopy (AFM) and UV VIS-NIR spectrophotometer.
The interaction between the sample and the counterbody leads to the formation of a tribolayer containing of a large proportion of oxides of the elements both of the sample and of the counterbody.
It could be found that L-929 cells in both of the sample groups remained growing during the days of incubation, and it confirmed that our nanocarriers have no cytotoxicity.
The DLS results (Fig. 4b) clearly show that both of the samples have narrow size distribution with good monodispersity and maintain a discrete form without aggregation, while the hydrodynamic size increases from 46 to 120 nm after coupling process.
Both of the samples exhibited a more favorable endurance in air than in N2, which indicated that H2O vapor increased the Cu ion concentration and thus improved the resistive switching.
