The negatively charged Pd precursors (PdCl42−) are adsorbed on positively charged imidazolium ring moiety of NH2-IL to engender Pd NPs with small particle sizes uniformly distributed on the graphene sheets, which can maximize the active surface area of catalysts and enhance their catalytic activity.
We computed equivalent designs for the experiments described in Tables 1 and 2, again using Poisson-distributed pool sizes, uniformly distributed genome sizes and Pareto distributed abundances such that the most prevalent genome represented 2.5% of the total sample.
A practical result is that no discrete small molecules of these elements, such as those formed by nitrogen, phosphorus, or arsenic, can be distinguished; instead, any solid particle or fragment of one of these elements, irrespective of size, is uniformly bonded throughout, and, therefore, the whole fragment can be considered as a giant molecule.
Data bundles' size is uniformly distributed in the range of [250 KB, 2 MB] (bytes).
The Fe NPs with low content and small size were uniformly embedded in porous graphitic carbon matrix.
Co2(OH)3Cl nanocrystals less than 10 nm in size were uniformly distributed throughout the spherical Co2(OH)3compositempowder powder.
Ultrafine cobalt sulfide crystals, a few nanometers in size, were uniformly distributed across the cobalt sulfide-carbon composite sheet.
It should be noted that the above mentioned results are based on the assumption that the mesh size is uniformly bounded.
As seen from Figure 2a, the Au nanoparticles (~10 nm in size) distribute uniformly on rGO sheet except a few large aggregates.
