Sentence examples for this single nanowire from inspiring English sources

ZnO NPs are absent in this single nanowire.

We demonstrate in this study that integrating a nanovoid resonator into the single nanowire can substantially enhance the absorption to sunlight by exciting highly strengthened optical resonances in the nanovoid-deformed nanowire cavity.

As shown in Fig. 1b, the single nanowire exhibits single-crystalline characteristics.

Therefore, the J sc of nanowire array is always lower than the single nanowire device.

At the extreme cases, Zn acetate ink droplet may shrink to the size of the single nanowire diameter size to grow a single ZnO nanowire.

Individual ZnO straight nanowire devices were fabricated and the electrical and photoconductive studies were carried out with the single nanowire devices.

The experiments were performed on those single nanowires which were incidentally aligned with the SAW propagation direction (see Figure 1a).

This work employs a single nanowire approach to investigate the charge transport in individual CNF/TiO2 core shell nanowires with adsorbed N719 dye molecules in dark and under illumination.

This paper goes beyond single nanowire characterization and reports on the implementation of multiple electrically connected dense arrays of well-oriented and size-controlled silicon nanowires (Si NWs) grown by the CVD-VLS mechanism into microfabricated structures to develop thermoelectric microgenerators (μTEGs).

For the material employed in this study a 12 μm2 area corresponds to a single nanowire electrode.

This can help us to investigate the phonon confinement effect in a single nanowire without considering the effect of any residual material.