range of particles

USAGE SUMMARY

The phrase "range of particles" is correct and usable in written English.
It can be used when discussing various types or categories of particles in a scientific or technical context. Example: "The experiment focused on a range of particles, including electrons, protons, and neutrons, to study their interactions."

✓ Grammatically correct

Science

News & Media

Human-verified examples from authoritative sources

Exact Expressions

43 human-written examples

Rubber masks are more expensive than simple fabric masks but provide the best protection because they form a tight seal around the face and they filter out a wider range of particles.

The New York Times

According to the SEM images, the size range of particles is around 60 to 800 nm.

Materials Science and Engineering: C

At this size range of particles, the dominant effect considered for deposition on the bottom surface is gravitational settling.

Advanced Powder Technology

The particle size characterization studies showed that the range of particles in the three-dimensional nanostructure is from 7 to 31 nm.

Nanoscale Research Letters

In flow crystallisation experiments this is confirmed by the particle size distribution (PSD), the range of particles sizes obtained from each experimental run of the reactor.

Chemistry Central Journal

The mean crystallite size range of particles was between 1.85 and 2.44 nm, depending on molar concentration of the capping agent.

Journal of Nanostructure in Chemistry

Human-verified similar examples from authoritative sources

Similar Expressions

17 human-written examples

But it turns out that the Leahy anthrax is finer, its spores having a smaller range of particle sizes, officials familiar with the federal investigation said.

The New York Times

Grain size scale, in sedimentology, division of a continuous range of particle sizes into a series of discrete groups.

Encyclopedia Britannica

The cross sections of fusion reactions can be measured experimentally or calculated theoretically, and they have been determined for many reactions over a wide range of particle energies.

Encyclopedia Britannica

The assessment of the cloud of material surrounding Hartley suggests the presence of a wide range of particle sizes.

BBC

The Ag-NPs prepared from both fungi have a wide range of particle size distribution.

Bioresources and Bioprocessing

Expert writing Tips

Best practice

When discussing particle characteristics, be specific about the property you're referring to. For example, instead of just "range of particles", consider "range of particle sizes" or "range of particle densities" for clarity.

Common error

Avoid using "range of particles" when a more specific term like "particle size distribution" or "particle composition" would provide greater precision. This prevents ambiguity and enhances the clarity of your writing.

Linguistic Context

The phrase "range of particles" functions as a noun phrase, typically serving as a subject, object, or complement within a sentence. According to Ludwig, it's used to describe a collection or distribution of particles varying in some property.

Expression frequency: Common

Frequent in

Science

91%

News & Media

6%

Encyclopedias

1%

Less common in

Formal & Business

0%

Wiki

0%

Reference

0%

Ludwig's WRAP-UP

In summary, "range of particles" is a common noun phrase primarily used in scientific and technical contexts to describe the diversity or distribution of particles. Ludwig AI confirms that this phrase is grammatically correct and widely used in various scientific domains. When using this phrase, clarity is key; consider specifying the particle property being discussed (e.g., "range of particle sizes"). Alternatives such as "variety of particles" or "particle size distribution" can provide greater precision depending on the context. To avoid overgeneralization, choose the term that best reflects the specific particle characteristics you are describing. The phrase's prevalence in authoritative sources underscores its reliability and appropriateness for formal and scientific writing.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

variety of particles

Emphasizes the different types of particles present.

spectrum of particles

Suggests a continuous distribution across a range of properties.

distribution of particle sizes

Focuses specifically on the sizes of the particles.

particle size distribution

Technical term for the distribution of different sized particles in a sample.

particle size range

Highlights the boundaries within which the particles' sizes fall.

assortment of particles

Indicates a collection of different particles.

selection of particles

Suggests that the particles are chosen from a larger set.

collection of particles

Implies that the particles are gathered or grouped together.

population of particles

Refers to the total number of particles in a defined space or system.

gradation of particles

Implies a systematic arrangement or progression of particles based on some characteristic.

FAQs

How is "range of particles" used in scientific writing?

In scientific writing, "range of particles" typically refers to the distribution of particles based on a specific property, such as size, density, or composition. It's often used to describe the characteristics of a sample or a system.

What are some alternatives to "range of particles"?

Alternatives to "range of particles" include "variety of particles", "spectrum of particles", or "particle size distribution" depending on the specific context.

Is "range of particles" a formal or informal term?

"Range of particles" is considered a neutral to formal term, suitable for scientific, technical, and professional writing. It is not typically used in informal contexts.

When should I use "particle size distribution" instead of "range of particles"?

Use "particle size distribution" when specifically referring to the distribution of particle sizes within a sample. "Range of particles" is a more general term that can apply to other particle properties beyond size.