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This nanoscale size generally confers larger surface areas to nanoparticles (NPs) compared with macro-sized particles [4].
Such broad diffractive peaks are typical for the crystals with nanoscale size.
The advantages of the nanoparticles are mainly due to their nanoscale size and large surface area.
It enables the exploitation of novel phenomena and processes because of their nanoscale size.
The membranes were found to have adjustable porosity up to 62% with nanoscale size pores.
After tens of diffusionless α-γ transformations, the fragments of different orientation of reverted austenite reached nanoscale size [4].
Using the wet method provides control over the structure of the resulting materials at the nanoscale size.
Despite increased applications of MNPs emerging, little is known of the adverse biological side effects due to their nanoscale size.
A magnification of these aggregates (Figure 1b) allows identifying the individual nanoscale size particles on the agglomerate surface.
Certain peaks were accompanied by diffusion effects (tails) characteristic of thin plate-like dispersed grains of nanoscale size.
The high sensitivity of these devices is determined by the nanoscale size of the sensing elements, such as carbon nanotubes.
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