Sentence examples for average dimensions of the particles from inspiring English sources

Transmission electron microscopy images indicate an incipient graphitisation at higher reaction temperatures and an increase in the average dimensions of the particles.

In Zone (i), the average dimension of the particles is ~4 ± 3 μm while in Zone (iii), ~500 ± 350 nm, about one order of magnitude smaller.

A close look into these images suggests that the average dimension of particles increases with calcination temperature from 400°C to 500°C due to sintering of WO3 nanocrystals at higher calcination temperature.

Rg averages all the dimensions of the particle and is given by for ellipsoids of revolution with the aspect ratio ε. (27) Figure 2 shows the changes in Rg versus time during a series of measurements taken while a change in pH was induced (see Materials and Methods) through the heating and cooling of a 2 mg/mL suspension of rP172 prepared in Tris-HCl buffer.

The curves may imply the superparamagnetic behavior and the nanoscale dimensions of the particles [24, 25].

Observations by means of Scanning Electron Microscope showed that the elastomer particles have an average dimension of 250 μm and are embedded in a polypropylene matrix.

The resulting silica particles were shown to be agglomerates with an average dimension of 15 to 91 nm.

This figure also shows that the ZnO particles in the film have two sizes: most are approximately 20 nm in diameter, whereas some are rod-shaped and have an average dimension of 200 × 500 nm.

The average size of the particles is 14 nm.

The average diameter of the particles was 40 nm.

The dimension of the particle filter is given by the maximum number of required multipath replicas.