Sentence examples for distribution uniformly from inspiring English sources

So, in experiment, we should find effective methods to make sure metal particles distribution uniformly.

Here, we report a rational design of 3D-staggered metal-oxide nanocomposite electrode directly fabricated by pulsed spray evaporation chemical vapor deposition, where various oxide nanocomponents are in a staggered distribution uniformly along three dimensions and across the whole electrode.

The powders resulting from the microwave-assisted rheological phase method were pure, spinel structure LiMn2O4 particles of regular shapes with distribution uniformly, and exhibited promising electrochemical properties for battery.

Therefore, our findings do not reflect the fact that children who are overweight or obese are more likely to be exposed to certain risk factors, but rather show that these risk factors do not seem to affect the outcome distribution uniformly.

In the absence of specific knowledge about inhibiting or activating effect of arcs (such as phosphorylate), the prior distribution was distributed uniformly over inhibiting and activating values of the arc.

If one assumes the droplet spreads evenly as a cylindrical section, and that cells distribute uniformly, then the radial distribution would be u(r dr ∝ rdr.

These 724 genotypes are distributed uniformly across the flowering time distribution within each family.

Detailed discussion on potential reasons for the detrimental effects of preliminary tests is provided elsewhere [ 30, 41, 50]; therefore, only a global argument is given here: Exponentially distributed variables follow an exponential distribution, and uniformly distributed variables follow a uniform distribution.

They could distribute uniformly, but in many populations there are characteristic spatial distributions of differently sized and trematode-infected snails.

The channel distribution is uniformly distributed, i.e., f X (x) ∼ Uniform[0,4] dB.

The UDOI takes on values of 0 for two ranges that do not overlap and equals 1 if both utility distributions are uniformly distributed and overlap 100% [Fieberg & Kochanny, 2005].