Sentence examples for conductance band from inspiring English sources

The bandgap in this material is approximately 6.5 eV, and the excited levels of Ce 3+ are situated by 0.5 eV lower than conductance band edge.

A faster charge loss rate was observed after applying a positive stress, indicating higher electron loss rate due to the higher conductance band edge of Ge-NCs [30].

Our calculations are based on the generalized Kronig Penny (KP) model and the transfer matrix method within the framework of the parabolic conductance band effective mass approximation in the coherent regime.

The hyperdoping introduces some intermediate bands near the conductance band into the Si bandgap [10], which contributes to below-bandgap absorption and consequently enhances the absorption of black Si in the NIR region.

(c) Energy band diagram of the M-S-M structure under applied voltage V. Φb1 and Φb2 are the corresponding Schottky barrier heights at the two contacts, and ζ is the distance between the bottom of the conductance band and the EF of the InSb nanowire.

The present work develops an atomic layer reduction (ALR) method to accurately tune oxidation level, electrical conductance, band-gap structure, and photoluminescence (PL) response of graphene oxide (GO) sheets.

The films are found to be a two-dimensional semimetal with a tiny overlap between valence and conductance bands, and they exhibit a strong ambipolar electric field effect such that electrons and holes in concentrations up to 1013 per square centimeter and with room-temperature mobilities of ∼10,000 square centimeters per volt-second can be induced by applying gate voltage.

Conductances of the BNF monolayer in the range of −150~150 kV/cm and bilayer composite films in the range of −100~100 kV/cm depend mainly on electron concentration in transitions from valence band to conduction band generated by thermal activation.

Apart from the Schottky barriers, we note that conduction band charge flow is strongly suppressed due to the band bending and the p-type character, giving an asymmetric form to the overall conductance distribution (asymmetric spectra, not shown here, are calculated also for quasi-metallic GNRs ).

Asymmetry in the conduction and valence band conductance (absent for first nearest-neighbour interactions) is also apparent when third nearest-neighbour interactions are included in the Green's function.

This may be due to distance between valence band and conductance has decreased with increase of substrate temperature from 300 to 400 K and above 400 K, it has constant.