Sentence examples for particles as indicated from inspiring English sources

Much smaller-sized particles with diameter of several tens of nanometers, which are identified to be Bi4Ti3O12 nanoparticles, are seen to be assembled onto Ag3PO4 particles, as indicated by arrows.

Biological studies have shown that, the impaired cellular function in the MCF-7 induced by cisplatin-functionalized silica particles, as indicated by the reduced metabolic activity and cell viability.

Note the color change from black to light yellow and finally limpid due to sedimentation of significantly coarsened/assembled particles as indicated by the shaken bottle denoted as 20S to the further right of the panel for the solution dwelled in water for 20 days.

Mixed-networks in cells close to the stylet track were also loaded with virus particles, as indicated by positive P4 capsid protein label of microtubules.

For immunostaining, grids with sections were reacted with rabbit anti-dynein HC1 antibody followed by secondary anti-rabbit IgG with 10 nm gold particles as indicated above.

Not all cells took up FDA-loaded particles, as indicated by the left shoulder of the curves representing cells incubated with particles.

However, contrary to what Sharp assumed, we found that the shadow zone is not completely screened from particle impacts, which as indicated by numerical simulations is due to the wide distribution of impact angles.

A backscattering configuration was used to collect the scattered signals from the trapped particle, as indicated in Fig. 3.

Probing for major rRNA components (5S, 12S, 16S, 18S and 28S) indicated that a small fraction of the 5S is incorporated into a low density particle as has been well described, previously [67], whilst the vast majority is associated with the 80S particle as indicated by the co-migration of 18S and 28S rRNA (Fig. 1).

The sample prepared from Na4P2O7 had a small particle size as indicated in the SEM image (Fig. 2d); however, large particle sizes were observed in the particle size distribution analysis (Fig. 3d).

We find that Ni coarsening is driven by particle curvature as indicated by the dihedral angles between the Ni, YSZ and pore phases, and hypothesize that growth occurs primarily by means of diffusion and particle agglomeration constrained by a pinning mechanism related to the YSZ phase.