Sentence examples for barriers at the interface from inspiring English sources

However, there is increasing evidence that Schottky barriers at the interface may play a central role [8, 9, 10], which affords new features, such as unusual transfer characteristics, temperature-dependent electrical transport, and the ability to apply effective dopants.

Different heights of the Schottky barriers at the interface of metal and semiconductor which dominate by the surface states will make the asymmetrical I-V curves in dark condition.

In addition, a reduction of n may increase barriers at the interface [25, 26]; a usual Ni silicide barrier (around 0.7 eV) may be completely restored at some domains or be still reduced (around 0.5 eV) at different places.

This can be understood as follows: for device A with type-I MQW structure, injected electrons and holes located at potential wells as EMLs and the barriers at the interface of EML/TPBi are 0.2 eV either at the LUMO or HOMO energy level, which can be seen in Figure 3a.

Such a long decay time of the photogenerated current may originate from a slow relaxation of charge carriers in the electric field of the Schottky barriers at the interfaces between metallic Ag Pd and semiconductor PdO crystallites.

The reduced thermal conductivities and the thermal barriers at the interfaces result in a significant local heating process which is accentuated as more quantum wells form the active part of the device.

This is because the formation of potential barriers at the interfaces between layers of high and low refractive index inhibits the carrier flow, thus increasing the DBR series resistance.

To reduce the effect of the barrier at the interface, buffer layers are inserted.

The I-V curve is symmetrical and near linear, which indicates just a small barrier at the interface between the nanowire and two electrodes.

The characteristic is not perfectly linear, which presumably arises due to contact barrier at the interface of the thin sheets and Au electrodes.

where ΔE is energy barrier at the interface of core/shell structure; m is the effective mass of diffusing particle; a is the thickness of energy barrier.