Sentence examples for a shallow state from inspiring English sources

This was attributed to the thermal activation of electrons from a surface trap state (80 meV below the CB) to a shallow state 50 meV below the CB with subsequent decay to a deep trap level 0.8 eV above the VB, as shown in Figure 6.

DOI: http://dx.doi.org/10.7554/eLife.00829.003 Clathrin-coated structures (CCSs, pits, and vesicles) are present in mitotic cells with the pits being arrested at the cell surface in a shallow state (Pypaert et al., 1987).

Figure 6 Electronic band structure and projected DOS for NH 3 adsorption on a [111]-oriented SiNW Electronic band structures (left panels), showing a deep state, a donor shallow state close to the conduction band edge and a donor state fell inside the conduction band for ( a ) 1. 0-, (b) 1.5-, and (c) 2.0-nm-thick SiNWs, respectively.

The formation of the DB-molecule complex yields a shallow molecular state close to the conduction band edge, thus resulting in n-type doping, similar to what we previously reported [33].

While the evening was far from memorable, there were several moments which told the viewer something about not only both men, but the shriveled, shallow state of our national politics and how it sits alongside a mainstream media, which acts more as a mirror for the privilege of our alleged representatives than an inquisitor holding them to account.

The Yankees have more immediate concerns to address: the shallow state of their bullpen and their offensive woes.

These kinds of surgeries normally require the patient to be under deep anesthesia during more invasive preliminary stages, while requiring them to be in a shallower anesthetized state when verifying cortical and nervous stimulation.

More likely, they're chugging along in shallow states of drowsiness and frequently disrupted light stages of sleep".

The presence of two different binding patches on the carbon nanoparticles surface, one citric acid rich and other glutathione rich, involved the appearance of traps (shallow states) responsible of the two different emission bands.

The deep localized states showed better resistance to the competitive non-radiative process than shallow states because the higher activation energy is needed for the delocalization process.

The undoped CS-ZnS QDs showed a PL emission peak at about 447 nm, which is the typical luminescence of ZnS that resulted from the transition of electrons from shallow states near the conduction band to sulfur vacancies present near the valence band.