Sentence examples for path of charges from inspiring English sources

In particular, if the mean free path of charges due to scattering phenomena is larger than the particle dimensions, one has a mesoscopic system, in which the transport depends on dimensions and one might correct the transport bulk theories by considering this phenomenon.

The mobility and the mean free path of charge carriers are limited by the high number of SWCNT contacts.

The work dW = ±QE (Joule) against the field can be determined the voltage gradient ∇V regardless of the path of charged polymer molecule.

The software package TRAX was a simulation tool for modelling the path of charged particles through linear cylindrical multipole fields described by analytical expressions and was a development of the earlier OXRAY program (Grime and Watt, 1983; Grime et al., 1982) [1,2].

Sunday marked the eighth and final day of the Running of the Bulls, an annual rite during the festival of San Fermín in Pamplona, Spain that leads revelers to sprint in the path of charging, 1,500-pound 1,500-pound beastssh sharp horns.

The access path of charged 1,4 DHPs occurs, however, via a pathway from the extracellular site of the membrane.

The high porosity of Co3O4 is capable of affording short diffusion paths of charges and high electrochemical utilization of the electrode.

MnO2 spheres grown from the surface of GO sheets ensure an intimate interface contact and large interface area between the two, and also prevent the stacking of graphene, thus affording open channels, high accessible surface, short diffusion paths of charges and high electrochemical utilization of the electrode.

Creating graphs as surfaces in a temperature voltage DLTS signal space (TVD-space) and comparing such data with theory [2 4] gives an opportunity to recognize various paths of charge carrier escape.

The behavior of the model output is examined with respect to increasing aggregation resolutions for several synthetic microstructures of varying compositions, with the aid of extracted skeletonized paths of charge-conducting pathways.

This property well reveals the transfer path of photogenerated charges and the origin of high charge separation efficiency in photocatalytic reaction, thus yielding a remarkable catalytic activity (a hydrogen-evolution rate of 1316.35 μ mol h−1 g−1), nearly 20 and 2.93 times higher than that of bulk g-C3N4 and exfoliated g-C3N4 nanosheet.