The phrase "aggregate leading" is not a standard expression in written English and may cause confusion.
It could potentially be used in contexts related to data analysis or statistics, where "aggregate" refers to a total or sum, and "leading" might imply a guiding or prominent role.
Example: "The aggregate leading indicators suggest a positive trend in the economy."
Alternatives: "combined guidance" or "overall direction".
It was shown that the formation of CTAB denatured lysozyme complex occurred at the beginning stage of refolding effectively inhibited the formation of aggregate, leading to an improved refolding.
She describes how communication generates social dynamics in aggregate (leading to episodes of "collective effervescence") and discusses the mechanisms that underlie large-scale diffusion, when information and behavior spread "like wildfire". She applies the theory of networks to illuminate why collective outcomes can differ drastically even when they arise from the same individual actions.
These changes most likely result from: 1) adsorption of water on a greater surface of aggregate, leading to bulk paste desiccation and densifying and reduction in actual w/c ratio and width of aggregate-cement paste interfacial transition zone; 2) beneficial influence of larger volume of coarse aggregates produced from rocks of high strength and low water absorption.
(Recent cryo-TEM study [[22]] indicated the template-controlled CaCO3 formation starts with the formation of prenucleation clusters that aggregate leading to the nucleation of amorphous calcium carbonate nanoparticles in solution.
Furthermore, since the aggregation rate has a second-order dependency on particle concentration [69], the sample with high MNP concentration has higher tendency to aggregate, leading to the formation of large particle clusters.
Alternatively, misfolded proteins may aggregate, leading to potentially toxic intracellular accumulation of even to protein accumulation in plasma with extracellular amyloid deposits.
Turbidity and particle sizing studies do not indicate the formation of large adenovirus-liposome aggregates leading to large-scale flocculation of nanoparticles.
Nevertheless reduced in number, more efficient collisions are occurring between aggregates, leading to an increase in the rate of aggregate formation.
However when a substrate and a surfactant bear opposed charges, we can observe the formation of aggregates leading to a decrease of the substrate diffusion coefficient.
However, conventional preparation methods of CTO result in large CTO aggregates, leading to very low surface area and porosity, and also limiting its performance.
Recycled aggregates are substantially different in composition and properties compared with natural aggregates, leading it hard to predict the performance of recycled aggregate concrete and design their mix proportions.
