most uniformly distributed

USAGE SUMMARY

The phrase "most uniformly distributed" is correct and usable in written English.
It can be used in contexts where you are describing a distribution that is even or consistent across a range or area. Example: "In our study, we found that the data points were most uniformly distributed across the entire sample space."

✓ Grammatically correct

Science

Human-verified examples from authoritative sources

Exact Expressions

3 human-written examples

Furthermore, all three compounds were most uniformly distributed in the smallest microspheres, most likely due to the competing effects of drug diffusion out of the nascent polymer droplets and the precipitation of polymer upon solvent extraction, which effectively "traps" the drug in the polymer matrix.

Journal of Controlled Release

Computational fluid dynamics (CFD) predicts an optimized flow rate of 0.13 ml/min to achieve the 0.2 dyn/cm2 target shear stress in the circular target area at the center of a flow chamber, where the flow velocity and shear stress should be most uniformly distributed based on the design of the chamber [1] (Fig. 1a).

Plosone

The most uniformly distributed systems are AbrB-RelE, GNAT-Xre and AbrB-MazF.

Biology Direct

Human-verified similar examples from authoritative sources

Similar Expressions

57 human-written examples

On the other hand, the nodes moving according to RW and RDM are most likely uniformly distributed over the simulation area.

EURASIP Journal on Wireless Communications and Networking

SEM image showed most AuNPs were uniformly distributed over the surface.

Biosensors and Bioelectronics

This Favia genus is one of the most widely and uniformly distributed of all coral genera and is phenotypically presented as massive, dome-shaped and flat.

BMC Genomics

This is because of a number of interactive mechanisms, where Brownian-motion-induced micro-mixing is arguably the most important one when uniformly distributed nanoparticles can be assumed.

Nanoscale Research Letters

Most notably, AQP4 was uniformly distributed on astrocytic end-feet surrounding capillaries throughout the entire brain and any region associated with CSF including ependymal and glia limitans.

ASN Neuro

This is conspicuously different from that of palmitate-treated cells, most of which have uniformly distributed GFP signal indicating re-localization with IP3 to the cytosol.

Cell Death and Disease

It can be seen that the most avoided and the most preferred codon pairs are uniformly distributed across all three domains of life.

BMC Genomics

Most of TiC particles were uniformly distributed in the surface coating.

Surface and Coatings Technology

Expert writing Tips

Best practice

When describing the spatial arrangement of elements, ensure that "most uniformly distributed" accurately reflects the evenness and consistency of their spread across the area or sample. Consider using visuals to support this description.

Common error

Avoid using "most uniformly distributed" when the distribution is only approximately uniform or has notable deviations. Qualify the statement with terms like 'nearly' or 'almost' to maintain accuracy.

Linguistic Context

The phrase "most uniformly distributed" functions primarily as a descriptive adjective phrase modifying a noun. It serves to specify the nature of the noun's distribution, emphasizing its evenness and consistency. Ludwig AI confirms that it is correct and usable.

Expression frequency: Rare

Frequent in

Science

100%

Less common in

News & Media

0%

Formal & Business

0%

Encyclopedias

0%

Ludwig's WRAP-UP

In summary, the phrase "most uniformly distributed" is a descriptive term used to indicate the highest degree of evenness and consistency in the spread of elements. As confirmed by Ludwig AI, the phrase is grammatically sound and most frequently found in scientific contexts. Alternatives such as "most evenly spread" or "most homogeneously arranged" can be used depending on the specific nuance desired. Remember to reserve this phrase for scenarios where the distribution is genuinely uniform, and to consider visualizations to support your descriptions.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

most evenly spread

Replaces "uniformly distributed" with "evenly spread", focusing on the evenness of the distribution.

most consistently allocated

Emphasizes the consistent allocation rather than the uniformity of distribution.

most regularly dispersed

Highlights the regularity in the dispersion of the elements.

most homogenously arranged

Focuses on the homogeneity of the arrangement rather than the distribution itself.

most equally scattered

Stresses the equal scattering of items or elements.

most systematically diffused

Emphasizes the systematic nature of the diffusion process.

most proportionately divided

Highlights that the division is proportional across the area or sample.

most smoothly transitioned

Focuses on a smooth transition or gradient rather than a uniform distribution.

most symmetrically positioned

Highlights that positioning is symmetrical.

most unbiasedly allocated

Suggests fairness or lack of bias in how something is allocated.

FAQs

How can I use "most uniformly distributed" in a sentence?

You can use "most uniformly distributed" to describe scenarios where items or properties are spread evenly across a space. For example, "The sensors were "most uniformly distributed" across the test area to ensure comprehensive data collection."

What does "most uniformly distributed" mean?

It means that something is spread out in the most even way possible across a given area or sample, with minimal clumping or gaps. It implies a high degree of regularity in the distribution.

What are some alternatives to "most uniformly distributed"?

Some alternatives include "most evenly spread", "most homogeneously arranged", or "most regularly dispersed", depending on the specific nuance you want to convey.

In what contexts is "most uniformly distributed" typically used?

"Most uniformly distributed" is commonly used in scientific and technical contexts, such as describing the dispersion of particles in a material, the placement of sensors in an experiment, or the distribution of data points in a sample.