Sentence examples for predominant charge from inspiring English sources

Indeed, Ge-NCs are expected to act as predominant charge traps and to produce significant hysteresis, as previously reported [23].

The I-Vs in Figure 5a are fitted well by a power law I ∝ V m, with m = 2.7 to 5.5, indicating that the predominant charge carrier transport mechanism is the space-charge-limited current [47 50].

Studies of transport properties for the series of Ba8AgxGe46−x−y□y compounds evidenced that electrons are the predominant charge carriers with the Fermi energy close to a gap.

These electronic conduction limitations arise from a region of very low electronic conductivity within the membrane, caused by a shift in the predominant charge carriers from electron to holes with decreasing hydrogen chemical potential.

This shows that in all cases the predominant charge transfer from the intercalant to the neighboring graphene layer is a valid approximation.

As an alternative, a third electronic configuration that corresponds to a predominant charge-centered state called bis-dipole was experimentally and theoretically demonstrated by Maury and co-workers.

The titanium oxides were found to occur as nanoparticle aggregates with a predominant 3+ charge and amorphous microtubes when fabricated under an average power density of ca. 1 × 108W/cm2 and 1011W/cm2, respectively followed by dwelling in water.

As illustrated in Fig.  1, the ESI-TOF-MS spectrum of telomeric DNA d[ TTAGGG 4TTA] showed that adding of the NH4OAc buffer facilitated the detection of quadruplex (Q5− in Fig.  1a) [ 24] in the predominant −5 charge state ion at m/ z 1,705.0401, which corresponds to two NH4+ ion adducts of the oligodeoxynucleotide d[ TTAGGG 4TTA].

When solution pH > pHpzc, the adsorbent's surface is predominant negatively charged, while pH < pHpzc resulted in predominantly positively charged surface.

One approach suggests that the aggregate surface be coated by a suitable agent that will reverse the predominant electrical charges at the surface and thus reduce the surface energy of the aggregate.

This behaviour is explained with the concept of pHpzc, where at pH 2, the anionic AB25 dye molecules are attracted to the predominant positively charged surface and this observation suggests that the adsorption of AB25 onto these adsorbents depends mainly on ionic interaction.