free of aberrations

USAGE SUMMARY

The phrase "free of aberrations" is correct and usable in written English.
It can be used to describe something that is without errors, deviations, or irregularities, often in a technical or formal context. Example: "The final report was meticulously reviewed to ensure it was free of aberrations before submission."

✓ Grammatically correct

Science

Encyclopedias

News & Media

Human-verified examples from authoritative sources

Exact Expressions

3 human-written examples

Unlike a plane mirror, which yields images free of aberrations, a lens is an imperfect image producer, becoming ideal only for rays passing through its centre parallel to the optical axis (a line through the centre, perpendicular to the lens surfaces).

Britannica

Similar to the fitted aberration function, these images are improved but not yet free of aberrations.

Advanced Structural and Chemical Imaging

For a parabolic mirror free of aberrations, i.e. a Strehl ratio of 1 no matter which portion of the mirror is used for focusing, one would expect coupling efficiencies of 90% when using the full mirror and 48% when focusing from half solid angle, assuming a mode overlap of η≈0.98 in both cases.

Journal of the European Optical Society-Rapid Publications

Human-verified similar examples from authoritative sources

Similar Expressions

56 human-written examples

It is also free of the aberrations and distortions that plague conventional refraction-based designs.

MIT Technology Review

The wavelength-independent character is the reason why the 4 π-PM is intrinsically free of chromatic aberrations.

Journal of the European Optical Society-Rapid Publications

In a photography-focused review by Digital Photography Review, the optical image stabilization system was praised for helping maintain good levels of exposure, and well-lit photos were found to have a decent level of detail, noting that its lens was "sharp pretty much all across the frame and free of chromatic aberrations".

Wikipedia

The image most free of spherical aberration is found at this distance.

Britannica

Instruments free of spherical aberration have a clean transfer of features to a very high resolution, but the concomitant loss of contrast for the low-resolution frequencies makes this innovation less useful for biological samples with their low inherent contrast (132).

ACS Chemical Biology

These resultant images are entirely free of the optical aberrations that lenses can introduce; indeed the entire scene is always in focus.

MIT Technology Review

The improvement is based on a mirror's inherent property of being free from chromatic aberrations.

Journal of the European Optical Society-Rapid Publications

All distributions of aberrations were overdispersed.

Advances in Space Research

Expert writing Tips

Best practice

When describing optical systems or scientific instruments, use "free of aberrations" to indicate high precision and minimal distortion.

Common error

Avoid using "free of aberrations" in contexts where simpler terms like "error-free" or "flawless" would be more appropriate. The phrase is best suited for technical or scientific writing.

Linguistic Context

The phrase "free of aberrations" functions primarily as an adjectival phrase, modifying a noun to indicate the absence of distortions or imperfections. As Ludwig AI confirms, it describes something without errors or irregularities.

Expression frequency: Rare

Frequent in

Science

60%

Encyclopedias

20%

News & Media

20%

Less common in

Formal & Business

0%

Wiki

0%

Reference

0%

Ludwig's WRAP-UP

In summary, the phrase "free of aberrations" is a grammatically sound and usable expression that signifies the absence of distortions or errors, especially in technical or scientific contexts related to optics and imaging. Ludwig AI confirms its correctness and usability. While less frequent in everyday language, it is a precise term best suited for formal writing or discussions where accuracy is paramount. Related phrases include "without aberrations" and "aberration-free". When writing, remember to reserve this phrase for situations where you specifically want to emphasize the lack of optical or instrumental errors, and avoid using it in overly simplistic contexts.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

without aberrations

Simple rephrasing, replacing the adjective "free" with the preposition "without".

aberration-free

Uses a hyphenated form to create a single adjective modifying a noun directly.

devoid of aberrations

Replaces "free" with "devoid", emphasizing a complete absence.

lacking aberrations

Emphasizes the absence of aberrations as a missing quality.

clear of aberrations

Suggests that aberrations have been removed or avoided.

unaffected by aberrations

Focuses on the idea that something is not influenced by aberrations.

immune to aberrations

Implies a resistance or protection against aberrations.

corrected for aberrations

Indicates that aberrations have been actively addressed and mitigated.

without distortion

Replaces "aberrations" with a more general term for unwanted image alteration.

error-free

Substitutes "aberrations" with "errors", broadening the scope to any kind of deviation from correctness.

FAQs

How can I use "free of aberrations" in a sentence?

You can say, "The parabolic mirror is designed to be "free of aberrations", ensuring a clear focus".

What is the difference between "free of aberrations" and "aberration-free"?

"Free of aberrations" is a phrase, while "aberration-free" is a compound adjective. Both mean the same thing, but "aberration-free" is more concise when directly modifying a noun.

What can I say instead of "free of aberrations"?

You can use alternatives like "without aberrations", "devoid of aberrations", or "lacking aberrations depending on the context".

In what context is it best to use the phrase "free of aberrations"?

The phrase "free of aberrations" is best used in technical or scientific contexts when discussing optics, imaging, or other systems where precision and minimal distortion are important.