Sentence examples for boundary depletion from inspiring English sources

One part of the photo-generated carriers recombines with respective opposite charges localized at grain boundary depletion regions, thereby reducing the grain boundary potential barriers and the rest take part in the photoconduction process.

Under irradiation, the addition of iron to Ni 18Cr reduced the grain boundary chromium depletion, while the addition of phosphorous increased the grain boundary chromium depletion.

Consequently, the charged species was started to be accumulated at the boundary of depletion region.

Reducing the electrode length can decrease the influence of boundary layer depletion, and thereby, improve both the current and power densities.

Here, the effect of boundary layer depletion was found to play a significant effect on performance within the first 18 mm of an electrode length.

At faceted Σ3 CSL boundaries, chromium depletion occurred at the asymmetrical boundary facet plane whereas no RIS was observed at the coherent twin boundary.

Segregation of Cr varied considerably among grain boundaries (from depletion to enrichment).

These investigations revealed C and P segregation to the ferrite boundaries and depletion in Mn and in some cases in Cr.

Importantly, this interpretation also argues that grain boundary-induced depletion regions lead to the formation of a deeply trapped, doubly charged oxygen vacancy (VO++) state which undergoes radiative recombination with a CB electron to yield PL of energy approximately 2.20 eV (564 nm), which is in very good agreement with curve E of Figure 5a.

Fig. 3 a The preconcentrated fluorescent tracer out of the depletion boundary under normal electric field.

Since the fuel passes through the catalyst layer of the anode, the conventional depletion boundary layer does not form.