The phrase "aggregate surface" is correct and usable in written English.
It can be used in contexts related to materials science, construction, or data analysis, where it refers to a combined or total surface area of multiple components.
Example: "The aggregate surface of the pavement was measured to ensure proper drainage and durability."
Alternatives: "combined surface" or "total surface area".
Different adhesion mechanisms, based on chemical or physical bonds with the aggregate surface, have been proposed for each modifier.
This is due mainly to the differences in mixing regimes, procedures, climatic conditions and aggregate surface moisture estimation.
To characterize the surface morphology and to evaluate the light trapping efficiency of the thin film, aggregate surface roughness and slope corresponding to length scale of visible light are introduced as the root-mean squares of the aggregate surface height profile and aggregate surface slope profile.
Furthermore, aggregate surface characteristics become more pronounced with increased matrix quality.
Aggregate surface roughness has a significant effect on the interfacial transition zone of concrete.
Images are captured at two locations within the asphalt binder film, (i) close to the aggregate surface and (ii) away from the aggregate surface, typically at the middle of the binder film.
The results showed that the weak mortar that attached to the aggregate surface produced poorer binder aggregate affinity when the samples were subjected to mechanical agitation.
Test results have shown that mixtures incorporating RCA exhibited reduced initial pressure, which was mostly attributed to higher aggregate surface roughness that increases internal friction.
Four alternative aggregate surface treatment methods introduced to RCAs are two-stage mixing approach, pre-soaking in HCl solution, water glass dispersion and cement silica fume slurry.
It was found that PVA can be used as a modifier, aggregate surface pre-treatment agent and fiber reinforcement in cement-based composite materials.
Then the "Visilog" software was used to estimate the percent augmentation of the aggregate surface as a function of time and as a function of relative humidity.
