Sentence examples for particles on average from inspiring English sources

At room temperature, electrons in silicon will bounce off other particles, on average, every 10 nanometers.

Unidentified sources were responsible for 35% of the PM2.5 particles on average.

We demonstrate that proper selection of the polymer grafts results in nucleation efficiencies of up to approximately 0.5 (i.e. 1 foam cell per 2 particles on average), which is the highest value reported so far for nanofillers as nucleation agents.

Approx. 35 % of the fish had plastic particles (on average 2 items) in their stomach.

Correlation-based techniques are generally advantageous over single particle tracking schemes since they rely on the correlation of image subsets with 40 80 particles on average and hence are much less sensitive to spatial and temporal intensity variation of individual particles.

The ultrastructural analyses of lung tissue demonstrated that 1 hr after aerosol inhalation, 24% of ultrafine TiO2 particles, on average, were located within and beyond the epithelial barrier (i.e., in the main lung tissue compartments, in the cytoplasm, and in the nucleus of the cells).

For Δ equal to 100 eV, even the most energetic secondary electrons (i.e., electrons ejected by the penetrating particle) produce on average only about three subsequent ionizations.

A common quantitative criterion is that a particle on average completes at least one gyration around the magnetic field before making a collision, i.e., \omega_{\mathrm{ce}} / v_{\mathrm{coll}} > 1, where \omega_{\mathrm{ce}} is the "electron gyrofrequency" and v_{\mathrm{coll}} is the "electron collision rate".

To test this, an average interaction time was defined as the time two randomly selected interacting particles (either dimer or monomer) spent at a distance of not longer than the previously defined interaction radius from each other, normalized to the time that all particles move on average one lattice spacing.

When the boundary is anchored there is a significantly higher density, four times higher, of particles on the boundary than the density predicted by the classic Zener analysis, but particles exert, on average, a drag force about half of the maximum value assumed by Zener.

In the viscous region, the larger particles are on average faster than fluid and the velocity difference is found to be self-similar depending on outer Stokes number.