Sentence examples for morphology of silicon from inspiring English sources

The doped type and concentration, fabrication methods and etching temperature have an important effect on the morphology of silicon nanowire.

The V oc and FF of the hybrid solar cells with different morphology of silicon nanowires have no significant change.

Finally, the prepared SiNWs do not present an expected morphology of silicon nanowire arrays but a chaotic porous structure on the silicon substrate (Figure8f).

When the concentration of H2O2 is further increased to 30%, the prepared SiNWs do not show an expected morphology of silicon nanowire arrays but a chaotic porous structure (Figure5c,d).

In the present paper, we mainly research the effects of different silicon nanowire length and the morphology of silicon nanowires on the light response of n-SiNW/PEDOT PSS hybrid solar cells.

To characterize the morphology of silicon nanowire arrays with different length of the SiNW arrays, top view and cross-sectional view scanning electron microscope (SEM) analysis was employed, as shown in Fig. 1.

The morphology of silicon-converted diatoms was investigated by scanning electron microscopy (SEM) using a field emission instrument (Zeiss-Supra 35).

The CVD conditions and the process parameters were modified to engineer droplets and thin film morphologies of silicon on the CNTs.

The principle of nanopore surface energy minimum is verified in different morphologies of silicon oxide nanopore, such as elliptical silicon oxide nanopore and silicon nitride/silica composite nanopore [49].

To modulate the morphology of the silicon macropores, pre-etched silicon specimens were immersed for a period of either 10, 20, 30, or 40 min in 25% tetramethylammonium hydroxide (TMAH) aqueous solution.

To compare the morphology of etched silicon, a p-type (100) silicon wafer (1 to 20 Ω cm) was also used.