Sentence examples for electron transit from inspiring English sources

For example, in the genomic computer intra-machine communication occurs by means of diffusion (of transcription factors), while in electronic computers it occurs by electron transit along pre-organized wires.

The decrease of the electron transit time in FETs is achieved mainly by design of short transistors and minimization of scattering in the intrinsic layer of the HEMT channel.

The electron transit time and lifetime in the scattering layer are faster than those in the optical active layer after the influence caused by the conduction band movement is removed.

However, when the thickness of ZnO layer further increases, the change trend is reverse, and electron transit time for the cell with 20-nm-thick ZnO layer is markedly increased to 4.62 ms.

The increased electron lifetime and the reduction of the electron transit time can explain the increment of Jsc by the addition of ATN. Figure 7 DSSCs' intensity-modulated photovoltage spectroscopy results.

The increased electron lifetime has verified that ultrathin ZnO layer effectively slows the back recombination of electrons at the interface of FTO/electrolyte, so the decreased electron transit time reveals that the suppression effect is stronger than the potential barrier effect when the ZnO layer thickness is smaller than 20 nm.

The first path occurs as low-temperature free-electron transit from the conduction band to the Zni level and then combines with a hole in the oxygen vacancy.

The first path occurs as low temperature free electrons transit from the conduction band to the Zni level, then combine with a hole in the oxygen vacancy.

When the excitation level of photon exceeds the band gap, the QDs will absorb photons to make the electrons transit from the valence band to the conduction band and shine.

Equations (3) and (4) are sufficient to solve for the path and time of transit of electrons in an electron tube except that they require E and B to be known, and these may depend on the presence of electrons or ions.

The results demonstrate that electrons can be transited from Highest Occupied Molecular Orbital (HOMO) to Lowest Unoccupied Molecular Orbital (LUMO) in toluene molecule by 248 nm single photon excitation process and the Stark effect plays a crucial role in the photodissociation process.