The phrase "aggregate morphology of" is correct and usable in written English.
It can be used in scientific or technical contexts, particularly in biology, geology, or materials science, to describe the overall structure or form of a group of entities.
Example: "The aggregate morphology of the coral reefs was analyzed to understand the impact of climate change on marine ecosystems."
Alternatives: "overall structure of" or "combined form of".
However, the aggregation process and resulting aggregate morphology of Arctic differed dramatically in comparison to Wild Type in the presence of the anionic surface of mica, pointing to the ability of surfaces to influence aggregate structure [51].
They report results for the aggregate morphology of FMN on SWNTs of different diameters, as well as the potential of mean force (PMF) between (6,6) SWNTs in the presence of aqueous FMN.
This ability of surfaces to alter aggregate morphology of amyloidogenic peptides has been well documented for a variety of systems [63], [64].
More exhaustive and long-term studies on aggregate morphology of TTR in vitro are consistent with our observations.
Following Petzold et al [ 6], we use BC when describing the material identified through the characteristic aggregate morphology of combustion sourced particles.
In addition, subtle changes to the chemical composition of HS-68 were shown to reduce or eliminate its capacity for spectral identification of the distinct aggregate morphologies of Aβ and tau.
Recently, Yu et al. [77] showed that aggregates' morphology of the amphiphilic G1 PAMAM dendrimer onto the mica substrate was seemingly spherical at low concentration and that semi-continuous films or network structure films were formed at high concentrations.
The formation of iron titanate phases on the grain boundaries of the binary oxide particles and the dependence of aggregates morphology on pH are demonstrated.
In cellular studies of mutant htt exon 1, the flanking domains modulate not only the aggregation propensity but also the aggregate morphology, recruitment of other proteins, and toxicity.
It is interpreted as based on a description of the aggregate morphology in terms of the distribution of the crystallographic orientations of the grain boundary and sub-boundary facets, rather than in terms of a mean grain or domain shape.
This work demonstrates the feasibility of tuning the solid-state optical properties of fluorescent organic compounds by combining the simple alteration of chemical structure and the physical change of aggregate morphology under external stimuli.
