Sentence examples for path of conduction from inspiring English sources

It is understood that this change occurs because the mean free path of conduction electrons is reduced due to increased scattering effects.

However, it has been reported that the electrical resistivity of a thin film will increase as the dimensions of the film become sufficiently small because the mean free path of conduction carriers in it is reduced [12].

Since such thicknesses are much smaller than the mean free path of conduction electrons in bulk gold, which is about 42 nm at room temperature [ 40], one needs to take into account the increased ohmic losses due to the higher collision rate of electrons [ 23, 24, 41].

The length scales are determined by such things as mean paths of conduction electrons, exchange lengths, and even domain wall widths.

where the particular equation used depends upon the relationship between the film thickness (t) and the mean free path of the conduction electrons in that material (l bulk).

The end result of these additional scattering effects is a further reduction in the mean free path of the conduction electron (and thus an increase in the electrical resistivity).

The experimental data are in very good accord with the predictions of an analytical size-effect model which takes into account the development of the filament spacing as a function of wire strain and the mean free path of the conduction electrons as a function of temperature.

Although there are some studies investigating the effect of fracture on SAGD performance, almost in all of them the role of fracture could be considered just as a heterogeneity that acts as a path for conduction of fluids, Bagci (2004) and Fatemi (2009).

As the CF size is in the range of nanoscale to atomic size, which is comparable to the mean free path (Fermi wavelength) of conduction electron, the scattering might be absent, resulting in ballistic electron transport [65] and the quantized conductance (QC) [66 68].

The analysis shows that mechanical strain decreases the mean free path of the thermal conduction electrons, primarily through enhanced scattering at the moving grain boundaries.

As a result, based on this model and the symmetry in this model, the mean free path of the average conduction electron will not be altered or the electron will not be scattered by the surface.