Sentence examples for experimental sizes from inspiring English sources

Typical experimental sizes vary from the beam radii R L of the order of few micrometer to the submicrometer radii in the cases where the diffraction-limited tight focusing UV lasers or higher harmonics of a Ti:sapp laser are used.

The experimental size dependence of the extinction and emission spectra for silver nanoparticles were also studied.

Finally, the experimental size distribution of the powder is compared to the calculated one.

In sharp contrast to all other pH values, the pH 6 case estimates a simulated size (108 nm) which differs significantly from experimental size (30 nm).

The fragmentation rate expression is evaluated by comparing simulated with experimental size distributions at the self-preserving limit.

Four variables are used – travel time, fare, comfort, and service delay; a factorial fractional design allowed the experimental size to be reduced to nine pairs of options.

Finding appropriate linear graphs is sometimes time-consuming and there is no interaction graph available when the experimental size is greater than 16.

In case the self-similar size distribution is not reached during the intermediate phase, another way to determine d is to study the equilibration era and compare the experimental size distribution with the numerical solution of the model.

First, we calculated the extinction spectra for a beam of silver spheres with the mean diameter 〈D〉=2 nm and experimental size distribution which spans the region from D=1 to D=4 nm.

The experimental size distribution data was well predicted by the S and B model, thus allowing for estimation of breakage and selection parameters (i.e., γ and aT) for the three liner situations tested.

Tracer crystal experiments, using Zn-doped Al(OH 3 crystals, as well as the observed evolution of the experimental size distribution with time both demonstrate that crystals (or crystal aggregates) were agglomerating at sizes larger than the expected maximum aggregate size.