The phrase "aggregate surface area" is correct and usable in written English.
It can be used in contexts related to measurements, calculations, or discussions about the total surface area of multiple objects or components combined.
Example: "The aggregate surface area of the various components in the design will significantly impact the overall efficiency of the system."
Alternatives: "total surface area" or "combined surface area".
Simply reducing materials to the nanoscale increases their aggregate surface area which, in turn, increases their aggregate efficiency at converting photons into electrons.
Instantaneous rates of dissolution of polydisperse solids in a batch dissolver depend on the aggregate surface area for mass transfer and the concentration driving force both of which can change with time.
It is observed that a random RAP sample has exposed aggregate surface area between 15 and 70%, which is responsible for high pozzolanic reactions between the alkali activated fly ash mortar and RAP aggregates.
Since the interface is formed due to aggregate distributing in mortar mix, the relation between aggregate surface area and interface perimeter could be considered as a representative index of concrete meso-structure.
These results demonstrate that eribulin altered the morphology of the tumor vasculature, leading to increased aggregate surface area of the microvasculature, thus explaining the increased tumor perfusion following eribulin treatment observed above.
Light scattering signals as well as TEM analysis clearly illustrated particle/aggregate size and morphology evolution as a result of two competing processes, with coagulation increasing aggregate sizes, and sintering reducing aggregate surface areas.
The physical properties (porosity, particle and aggregate size, surface area), chemical properties (elemental analysis, ash content and composition) and aqueous adsorption properties (for metals, phenols and methylene blue) of the pyrolytic char were examined.
In the solid state, cellulose polymers are packed together and are described in terms of the spatial distribution of fibrils and fibril aggregates, the specific surface area (SSA), degree of crystallinity (DCr) and porosity.
We have analysed the characteristics of the complex supramolecular structure of cellulose on the nanometre scale in terms of the spatial distribution of fibrils and fibril aggregates, the accessible surface area and the crystallinity during enzymatic hydrolysis.
We investigated whether the supramolecular structure of cellulose, in terms of the spatial distribution of fibrils and fibril aggregates, the accessible surface area, crystallinity and porosity, can influence its hydrolysability.
CP/MAS C-NMR measurements with spectral fitting [ 19, 27, 31, 32] were done on the cellulosic substrates based on which the supramolecular structure of cellulose was represented in terms of the spatial distribution of fibrils and fibril aggregates, the accessible surface area, crystallinity and porosity.
