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Now, a lot of studies are concentrated on tuning the band gap of ZnO by changing the diameter of particle size because of strong size-dependent band gap.
It is shown that by careful cantilever design and finite element modelling that changes in yield stress after implantation can be measured even with the influence of a strong size effect.
The presence of a strong size dependence also suggests that solute transport during US application may be mediated by diffusion as opposed to convection.
Such VO clusters are inevitably formed at a sufficiently small size (< 15 nm) of nanoceria that explains the strong size dependence of nanoceria antioxidant activity.
We find that the strength of these metals exhibits strong size dependence.
In this study, despite a strong size of effect attributed to SLC2A3 CNV, the statistical support for such an effect is modest.
The recent theoretical and experimental studies indicate that a strong size effect of strain hardening exists in small-sized metallic pillars.
Meanwhile, the stress strain behaviour is quite different from that of bulk foams in dimensions of enough large, indicating a strong size effect.
Second, these results indicate the presence of very strong size-dependent effects in organic, amorphous nanostructures that have been well-documented for inorganic, crystalline nanostructures, such as nanowires and nanobelts.
Up to a particle size of approx. 100 nm, the response of the ENPs remained in the range of 50 75 % and no strong size dependency is visible.
Veinot et al. showed a strong size dependence of hydrosilylation efficiency for silicon nanoparticles.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com