The phrase "aggregation on the surface" is correct and usable in written English.
It can be used in contexts discussing data collection, analysis, or physical phenomena where aggregation occurs at a surface level.
Example: "The study focused on the aggregation on the surface of the liquid, revealing important insights into its properties."
Alternatives: "collection at the surface" or "accumulation on the surface."
The process was energy dependent but independent of protein synthesis, and could be inhibited by vincristine, vinblastine, and colchicine but not by cytochalasin B. CLL cells, on the other hand, though showing fluorescent complex aggregation on the surface, rarely demonstrated unidirectional movement of these aggregates to form a cap.
Results indicate these Fe3O4 beads were constructed with tiny nanocrystallites through oriented aggregation on the surface of MWCNT template.
Transmission electron microscopy (TEM) images show that the titania nanoparticles were dispersed uniformly, with only a little aggregation on the surface and edges of the graphene sheets.
SEM images of gramicidin vesicle with different concentrations of [C12-4-C12im]Br2 differ markedly showing aggregation on the surface of vesicles, again supporting the above results.
Specifically, it is proposed that hydrogen evolution causes turbulence leading to the displacement of particles and significant aggregation on the surface.
As PHB and starch was not completely miscible, the blend showed insoluble particle aggregation on the surface.
The number of platelets could not be calculated due to higher degree of aggregation on the surfaces.
The bacterial effects can be chemical, by means of exudates, or physical due to their aggregation on the surfaces of spores and hyphae.
Imaging shows less particle aggregation and accumulation on the surface of brine shrimp coexposed to benzene and as-produced CB or PAC when compared to particles alone.
The magnetic nanoparticles in situ grew to form aggregations on the surface of polycatechol chains.
On the basis of these results, a mechanism of chemical dissolution rate is discussed in detail, in particular, with respect to the variation of nanotube length, presence of surface aggregation on the top surface, and the adhesion of nanotubes to underlying titanium substrate.
