In general, BiNPs synthesized at higher temperatures (100 °C) were spherical with a high degree of size polydispersity, while BiNPs synthesized at lower temperatures (60 °C) were highly faceted with a narrower size distribution.
Furthermore, the preliminary investigation based on the boxplot on the size/shape distribution of the biosynthesized GNPs revealed that gold nanospheres with higher degree of homogeneity in size tended to be promoted by foliar broths containing higher content of reducing sugars/flavonoids and proteins.
The majority of vegetative GUs are shorter and have fewer leaves than the flowering GUs, although there is a higher degree of variation in size (especially length) among vegetative GUs than among flowering GUs.
In addition, DE offers higher degree of freedom in the control of size and density of nanostructures.
Mixes with lower SVF showed greater formation of 11 Å tobermorite, a higher degree of crystallinity and/or greater crystallite size.
In such alloys the spatial variability in the diffusional viscosity can arise from the variability in the activation energy of grain boundary diffusion, which, because of its Arrhenius nature, can produce a much higher degree of variability than the grain size.
X-ray diffraction data showed that the PAN/CNT microspheres had higher degree of crystallization and larger crystal size than those of PAN, which was confirmed by the second exothermic peak of the differential scanning calorimeter scan in a nitrogen atmosphere.
A much higher degree of crystallinity and larger crystal size but a lower content of carbonate were detected in the latter.
Briefly, a higher degree of order or larger domain sizes result in a slower decay of the visibility of the peaks.
BonJour's third criterion, taken at face value, entails therefore that a bigger system will generally have a higher degree of coherence due to its sheer size.
