Sentence examples for blend figure from inspiring English sources

Researchers have attempted to address the limited charge extraction due to low mobilities in the organic materials by introducing inorganic semiconducting nanorod arrays (NRAs), which would act both as blocking layers (which are required in order to maximise efficiency in BHJ solar cells [21]) and charge extraction pathways from deeper in the blend (Figure 1b) [22].

By adding 10 fmol of ascr 8 to 25 WE of the synthetic blend (Figure 2C), the mating attraction could be fully restored to YA WW level (p<0.14 t-test unpaired).

That artist is Thomas Wilmer Dewing, who blends figures in with a pastoral setting.

On the other hand, there is satisfactory relation between the weight percentage of SBR and rheological properties of blends (Figures 4, 5, 6 and Equation 2).

The SS/SF (50/50, 25/75, and 0/100) blend nanofibers (Figure 3d,e,f) and SF (Figure 3h) possessed a minor absorption band at 1,454 cm-1.

The small decomposition peak that appeared at 241°C for the SS/SF (50/50) blend nanofibers (Figure 4b) disappeared in the heated SS/SF (50/50) blend nanofibers (Figure 4g).

The 3D conformal nature of the cell surface can be appreciated from the SEM surface images, where the structure of the array can still be observed both after the blend coating (Figure 2b), and Ag contacts were applied (Figure 2c).

The SF (0/100) blend nanofibers (Figure 4f) showed two decomposition peaks at 168°C, which are new decomposition peaks, and 230°C attributed to SF (Figure 4h).

There were two weak endothermic peaks at 156°C and 213°C in the SS/SF (50/50) blend nanofibers (Figure 5d); however, there was only one weak endothermic peak at 165°C in the heated SS/SF (50/50) blend nanofibers (Figure 5g).

The average diameters of the SS/SF blend nanofibers (Figure 2a,b,c) were 211, 119, and 83 nm.

All SS/SF blend nanofibers (Figure 3b,c,d,e,f) had the absorption bands around 1,170 and 1,136 cm-1.