Sentence examples for buffer layers were formed from inspiring English sources

SEM images of In0.8Ga0.2As SAQDs on GaAs buffer layers were formed on SiO2-patterned 5°-off (001) with W0 of (c) 285 and (d) 730 nm, respectively.

Figure 1 SEM images of In 0.8 Ga 0.2 As SAQDs on GaAs buffer layers were formed on SiO 2 -patterned exact (001) GaAs substrate with W 0 of (a) 275 and (b) 630 nm, respectively.

Figure 1c, d shows that SEM images of In0.8Ga0.2As SAQDs on GaAs buffer layers were formed on SiO2-patterned 5°-off (001) GaAs substrate with W0 of 285 and 730 nm, respectively.

During this experiment, care was taken to achieve high positional stability and reproducibility of the expectation position on the sample at 4 K. Figure 1a, b shows that SEM images of In0.8Ga0.2As SAQDs on GaAs buffer layers were formed on SiO2-patterned exact (001) GaAs substrate with W0 of 275 and 630 nm, respectively.

All layers were formed by three units.

Within the cylinder, siliceous layers are formed consecutively.

Germ layers are formed in strict spatiotemporal patterns.

Shrub layers are formed by mountain mahogany (Cercocarpus ledifolius Nutt).

Thin, dense layers are formed on parylene-C, whereas thicker, more diffuse layers are formed on silicon oxide.

In the off-state, firstly, the trench oxide layer acts as a field plate; secondly, the n-GaN buffer layer is inverted along the oxide/GaN interface and thus a vertical hole layer is formed, which acts as a virtual p-pillar and laterally depletes the n-buffer pillar.

The 30 nm thick HfO2 layer was formed using atomic layer deposition (ALD) at 170 degrees.