Sentence examples for emission of charge from inspiring English sources

For transient signals dominated by hole transport significant slow components were observed in the majority of pulses due to thermal emission of charge from shallow hole traps.

The reason for this is the thermionic emission of charge carriers from a discrete level.

In fact, conductance is related directly to the energy loss in response to the applied ac signal during the capture and emission of charge carriers by interface states.

In fact, conductance is directly related to the energy loss in response to the applied AC signal during the capture and emission of charge carriers by interface states.

At high temperatures, PL quenching in quantum wells is primarily due to the thermal emission of charge carriers from the confined quantum well states into the barrier states [25].

Deep level transient spectroscopy (DLTS) is a technique for filtering signal transients from the emission of charge carriers at localized band gap energy levels to the conduction or valence band of semiconductors.

The suppression of the UV emission is probably due to the quenching of the NBE emission because of charge separation in the heterojunctions composed from ZnO and ZnSe and nonradiative recombination at defect sites in the core/shell interfaces [9, 11].

When using DLTS to investigate emission properties of charge carriers in quantum dots (QDs), additional problems occur due to the specific properties connected with this kind of structures.

The marginal analysis, applied to plug-in electric vehicles, found that the emissions of charging PEVs vary by region and hours of the day.

Afterpulsing is caused by delayed emission of trapped charge from bulk defects, in a thermally activated process (analogous to charge transfer efficiency losses in charge-coupled devices).

This indicates that the carrier transport at the relatively low voltage region can be dominated by the thermal emission of the charge carrier over the interfacial barrier between the electrode and the active layer.