Sentence examples for modifying band structure from inspiring English sources

Lattice strain is found to be very useful as well as very economical methods for improving the performance of energy devices by modifying band structure of nanostructured materials.

We designed a high-yield and low temperature N-doping strategy in modifying TiO2 band structure.

It is shown that Mn atoms doped into the Ti lattice sites are associated with oxidation valency higher than +3, resulting in maximized effectiveness in modifying the band structure to achieve remarkable optical red-shifting.

Although effective in modifying the band structure of graphene such as p- or n-type doping and bandgap opening [39 41], often these functional groups lead to increased scattering for electron transport, dramatically decreasing the mobility and the mean free path length.

Results show that these TLDs can efficiently modify the band structure and electron-derived thermal conductance.

The strong σ π rehybridization effect modifies the band structure with respect to the tight binding approximation.

The dislocation loops introduce a local strain field, which modifies the band structure and provides spatial confinement of the charge carriers, thus allowing strong intrinsic silicon band-edge luminescence to be observed at room temperature.

Theoretical simulation has indicated that elastic strain is a universal and effective technique to modify the band structure of semiconductors; however, experimental work concerning elastic strain effects on the photocatalysis has been seldom reported due to the difficulty in imposing strain to the semiconducting films.

By utilizing strain-induced piezoelectric polarization charges presented at the vicinity of local interface to modify the band structure at Schottky contact, piezotronic effect has been introduced to gate/modulate the charge carriers transport process across the M S contact and thus hugely enhance/optimize the performances of H2/NO2 gas sensors.

The strain modifies the band structure through the deformation potentials.

One need to note, however, the surface doping may also modify the band structure.