Sentence examples for mobility and separation from inspiring English sources

The high PEC performance could be attributed to the decoration of TiO2 NPs, which could improve the mobility and separation efficiency of photoinduced charge carriers under external potential.

The high PEC performance could be ascribed to the tridoping with C, N and S, which could not only improve the light harvesting in visible region but also enhance the mobility and separation efficiency of photogenerated charge carriers.

Also, photocurrents of both strained TiO2 films increased by 1.5 times compared to the strain-free films, which indirectly verified the previous DFT prediction proposed by Thulin and Guerra in 2008 that tensile strain could improve the mobility and separation of photo-excite carriers.

Moreover, when external potential (−2 V) was applied, CdS NCs/TiO2 TNTAs samples performed higher PEC efficiency of 91.6%, which could be attributed to the intense light harvesting in visible region and high mobility and separation efficiency of photogenerated charge carriers.

Such a high activity can be ascribed to the photogenerated electrons having a faster mobility and separation.

In some cases, ZnO shows better photocatalytic efficiency than TiO2, due to its generation, mobility and separation of photoinduced electron hole pair.

However, as ion mobility resolution and separation power increase, this technique may be able to resolve such compounds or other compounds of similar sizes that differ by such small amounts in mass and structure.

An electrospray ionization atmospheric pressure ion mobility orthogonal reflector time-of-flight mass spectrometer (IM tof MS) that routinely achieves mobility and mass separation efficiencies in line with theoretical limits is reported.

dielectric relaxation spectroscopy (frequency range 10 mHz–2 GHz) were employed to investigate molecular mobility and microphase separation in model segmented polyurethanes (SPUs) from oligotetramethylene glycol 1000, 4,4′-diphenylmethane diisocyanate and different chain extenders.

We suggest that high grain material quality, leading to large carrier mobilities, and electron hole separation at the GBs, by chemical and electrical potential gradients, result in the high performance of these PX solar cells.

These results suggest that the efficiency values for the devices were limited by the hole mobility and unexpected phase separation within the blend.