The phrase "alignment of the bands" is correct and usable in written English.
It can be used in contexts related to music, fashion, or any situation where groups or categories are being organized or coordinated together.
Example: "The alignment of the bands during the parade created a visually stunning display for the audience."
Alternatives: "arrangement of the bands" or "coordination of the bands".
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.
Often the assistance of an external bias or voltage is needed due to the poor alignment of the energy bands in the solid with the redox levels in solution.
The band extraction comprises two steps: intra-lane alignment of bands and band assignment.
The effects of full anisotropy of the silicon carbide (SiC) band structure together with alignment of the conduction band valleys, nanocrystal geometry, and external field, upon 4H-and 6H-SiC polytypes is addressed in this work.
Furthermore, the alignment of the staggered band gaps of TiO2 and ZnO is favorable for the separation of electrons and holes and consequently the suppression of electron-hole recombination [7, 8].
Moreover, the band alignment of the structure with optical band gap measured by spectroscopic ellipsometry (SE) and valence band offset by UPS were reported.
Moreover, both the band alignment of the structure with optical band gap measured by spectroscopic ellipsometry (SE) and valence band offset by UPS are also reported in this work.
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 physical properties of the junction and alignment of the semiconductor energy band allow for direct ion transport and prevent internal electronic short-circuiting, while at the same time avoiding losses at distinct electrolyte/electrode interfaces typical to conventional fuel cells.
Alignment of the sequences of band A3 (115 bp) and A4 (116 bp), which were both closely related to uncultured bacterium OTU_8, showed 100% similarity to each other, although these bands appear at different positions in the DGGE gel.
