Sentence examples for alignment of band from inspiring English sources

The alignment of band energies between conductive oxides and semiconductors is crucial for the further development of oxide contacting layers in electronic devices.

This is perhaps most simply due to the larger observable surface area of the body exposed to contact when oriented as such, and in itself provides a rationale for the collective alignment of band members to minimize the likelihood of an encounter and potentially cannibalistic attack from oncoming crickets.

In the proposed model of specific alignment of bands in rutile and anatase shown in Fig. 5b, the electrons are injected from rutile to anatase participating in more active oxidation reaction at the anatase grain surface.

The band extraction comprises two steps: intra-lane alignment of bands and band assignment.

The effect of the pre-treatment (alignment and normalisation) is illustrated in Figure 2 using the synthetic standards demonstrating that the method employed allows accurate alignment of bands both within a single gel but also of much pronounced variations in band positioning observed when comparing profiles within different gels.

The CuI/ZnO heterojunction plays an essential role in modulating the photo-generated charge carrier transport with regard to the band alignment of wide band gap CuI and ZnO.

E c, E l h, E h h, and E s o represent the energy band alignment of the electron band, light-hole band, heavy-hole band, and the spin-orbit split-off band, respectively.

The sequences of all bands contained the partial sequences of mGing, confirming that all bands were mGing-anchored amplicons (See additional file 4: Sequence alignment of 15 bands from TD gel).

For example, in a memory retrieval task, phase alignment of alpha-band activity significantly contributed to generation of the P1 component and phase alignment of (mainly) theta-band activity contributed to generation of the N1 component (Gruber et al. 2005).

Thanks to the alignment of energy bands of all the components composing the working electrode in a "cascade" structure, the excited electrons from the LUMO band are injected into the conduction band of TiO2, and then transferred to the FTO substrate (i.e., the working electrode).

The alignment of the bands is found to be of type II (staggered) whatever is the Mg compositions of both the overlayer and the substrate layer.