The phrase "arranged particles" is correct and usable in written English.
It can be used in scientific contexts, particularly in physics or chemistry, to describe particles that have been organized or structured in a specific way.
Example: "The experiment focused on the behavior of arranged particles under varying temperature conditions."
Alternatives: "organized particles" or "structured particles".
The particles are randomly deposited on the graphene surface, and surface diffusion causes randomly arranged particles to combine to form relative large islands.
By tuning these parameters carefully, desired deposit morphologies for certain applications can be obtained, e.g., deposits with a coffee ring shape, highly ordered monolayer deposits with close-packed colloidal arrays, randomly arranged particles in a droplet deposit and multilayer stacks.
Contrary to full length AQP4, M-23 AQP4 forms orthogonally arranged particles (OAPs) [20], which were shown to be potential targets for antibody binding [20], [22].
The cell surface was coarse and covered all over with regularly arranged particles with similar size.
The group of Ducree arranged particles in a monolayer within a disk-based detection chamber, which allowed parallel read-out of multiplexed particle-based immunoassays [ 39, 119].
Ribosome-like structures are indicated by white arrows; electron-dense rootlet-like material is indicated by white arrowheads; rings of regularly arranged particles of unknown composition between the AMsh and AFD cell membranes are visible (yellow arrowheads).
Superficially, that is because things deteriorate with age and this, in turn, is because there are innumerably fewer ways to arrange particles in an orderly fashion than in a jumbled mess.
In nanofluids with non-spherical particles the thermal conductivity enhancements predicted by the Hamilton-Crosser equation [11] (randomly arranged elongated particles provide higher thermal conductivities than spheres, EMT [29]) are diminished by the negative contribution of the interfacial thermal resistance as the sphericity of nanoparticles decreases [24].
The block-rod gels containing locally arranged REO particles were prepared by step-wise polymerization in glass capillaries (Fig. 3).
They then applied a magnetic field which, thanks to cobalt's ferromagnetic nature, arranged the particles into thin columns.
Because the electrodes take the form of orderly "carpets" of carbon fibers — unlike the randomly arranged carbon particles in other electrodes — it is relatively easy to use a scanning electron microscope to observe the behavior of the electrodes at intermediate states of charge.
