Sentence examples for carrier formation from inspiring English sources

Spectroelectrochemical EPR and UV-Vis-NIR measurements were carried out in order to study the influence of structure on charge carrier formation.

High dye absorption rates, efficient charge separation of exciton, and free charge carrier formation as well as large area production at low costs contribute to the emerging photovoltaic technologies.

How can cytoskeletal motors promote carrier formation under these circumstances?

As this inhibitory effect is not seen when the full-length FAPP2 protein is over-expressed, it is possible that additional functions associated with other domains of the protein are required for the completion of the carrier formation process.

COPI coat assembly is regulated by small GTPases of the Arf family and their regulator, the GTP exchange factor, GBF1; however, the regulation of COPI-coated carrier formation in response to extracellular signals is poorly understood.

Thus, through the combination of its control of GSL synthesis and membrane deformation properties FAPP2 might integrate the processes of carrier formation and cargo sorting (Fig. 3c) possibly contributing also to the final fission step.

The local electric field enhancement inside the Al core determines hot-carrier formation from non-radiative plasmon decay.

Together with a Royal Air Force troop-carrier formation, they were to be located in the Middle East as a quick reaction peace keeping force for the British Empire.

X-ray crystallographic and biochemical studies are aimed at investigating the macromolecular machinery that control vesicular transport, including the mechanisms of carrier vesicle formation, cargo loading, accurate delivery, neurotransmitter release and membrane recycling.

The model accounts for substrate diffusion in the solid medium, uptake and release of substrate at the fungal wall membrane by a carrier, and formation of wall precursors coupled to mass transport by diffusion and convection inside the hypha.

It has been shown that the reduction peaks present at temperatures above 580 °C with oxidic carrier show formation of cobalt species that are difficult to reduce (oxide compounds).