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It was found that the most probable size of the agglomerates is determined by the balance of growth and breakage of the agglomerates, the cross point of the lines of growth rate and breakage rate as a function the particle numbers in an agglomerate marks the most stable agglomerate size.
The most probable size of nano-objects was determined as the position of the major maximum in the distribution histogram.
(b) Size distribution of 3C-SiC nanocrystals with the most probable size of 4.4 nm obtained by Gaussian fitting.
As one can see, the majority of the NP dimensions are below 5 nm, with the most probable size value being around 2.5 nm.
It is seen that at small u, the distribution φ(R) has non-symmetrical form with respect to the most probable size R mp.
The size distribution of the nanoparticles is in the range 60 150 nm, with the most probable size around 80 nm; the FWHM of the plasmon absorption of silver colloids is 90 nm.
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Although the AVS of Au particles fabricated at 70°C is larger, the most probable sizes of Au NPs produced at both temperatures are nearly the same.
SiS ran for 5.38 seconds to generate the maximal frequent subgraph from 50 most probable size-15 subgraphs.
It took less than five minutes for SiS to generate the maximal frequent subgraph from most probable size-20 subgraphs.
For frequency threshold of 83% and 80%, we employed SiS to find 50 most probable size-15 and size-20 subgraphs, respectively.
Table 2 summarizes the average frequency of the most probable size-15 subgraph discovered by SiS in D with respect to above-mentioned mutation rates.
More suggestions(15)
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CEO of Professional Science Editing for Scientists @ prosciediting.com