Moreover, band-limitedness is just an approximation to reality.
Moreover, band structure analysis shows the electronic conductivity is enhanced with the incorporation of graphene.
Moreover, band gap of hydrogenated graphene was found to be highly related with its H content.
Moreover, band engineering by doping, valence band formation, and synthesis of solid solutions, has led to the development of a large number of visible light-driven photocatalysts for H2 or O2 evolution from aqueous solutions containing electron donors or acceptors.
Moreover, band bending at the BiI3-perovskite interfaces resulted in the realignment of energy levels in the composite films, and this phenomenon was beneficial to the efficient injection of excited electrons from the active layers into the TiO2 layers.
Moreover, band broadening occurs in the reaction coils during incubation.
Moreover, absorption bands at 1072, 878, and 840 cm−1 are indications of β-crystal of PVDF [25 27].
Moreover, two bands at 1704 and 1454 cm−1 were assigned to the C=N and C N stretching vibrations, respectively [42, 47].
Moreover, these bands become broader with decreasing of interparticle distance of AuNP due to formation of AuNP dimers and increase of interaction between adjacent nanoparticles into AuNP aggregates.
Moreover, the bands in lower frequency region below 750 cm−1 are accounted for lattice vibration modes for M O and M O M (M Zn, Al), which also can be seen in FT-IR spectra of pristine Zn Al LDH.
Moreover, ChAT bands are useful to align the different sections on different confocal planes ensuring the dendrites are reconstructed properly.
