Sentence examples for decrease in the depletion from inspiring English sources
In the low bias-voltage region of Va < Vbuilt-in, increase in 〈N*〉 with Va is led by the decrease in the depletion layer thickness without significant growth in the carrier-density level.
This results in a decrease in the depletion layer along with a resistance decrease.
For example, the result of the current voltage measurements (IV) showed significant increase in surface conductance (7-fold for ZnO-rod and 5-fold for ZnO-plate) due to a decrease in the depletion layer upon UVA illumination.
The oxygen molecules can adsorb on the ZnO nanorod surface by capturing free electrons and desorb from the surface by illustrating UV light which lead to an increase in the free carrier concentration, a decrease in the width of the depletion layer, and a reduction of the Schottky barrier height [37].
The decrease in the band bending reduces the depletion width and the barrier height.
These results agree with previous observations indicating that tellurite also causes a rapid reduction of ATP levels that does not involve a decrease in the glycolytic pathway or depletion of glucose in E. coli [32].
Despite the clear decrease in SIRT2 mRNA, depletion at the protein level was modest.
Our study found a significant decrease in CD4+ depletion rates, but not on the combined composite events, including reaching a CD4+ point of less than 350 cells/μl, AIDS-defining illness, or death.
This is in contrast to our previous work with P. putida KT2440, in which case there was a rapid decrease in the biomass concentration directly after the depletion of the carbon source without a stable stationary phase (Ravi et al. 2017).
A smaller conductance is partly due to a decrease in the charge carrier density n(depletion) and mobility μ (scattering) in the 2DEG as a consequence of the nearby charged QD layer.
Upon illumination (indicated by the thick arrow at the top of the figure) fragments of reaction products are observed to desorb followed by a decrease in the signal due to surface depletion of the reactant.
