high resolution spectroscopy

USAGE SUMMARY

The phrase "high resolution spectroscopy" is correct and usable in written English.
You can use it in scientific or technical contexts, particularly in fields like physics, chemistry, or astronomy, where precise measurements of spectral lines are discussed. Example: "The research team utilized high resolution spectroscopy to analyze the chemical composition of the distant star."

✓ Grammatically correct

Science

Academia

Human-verified examples from authoritative sources

Exact Expressions

26 human-written examples

Analysis Guide for Chandra High Resolution Spectroscopy: an in-depth discussion of grating analysis.

Harvard University

Spectroscopy Information about high resolution spectroscopy, atomic data quality, and current spectral codes.

Massachusetts Institute of Technology

Follow up high resolution spectroscopy has been used to track the origins and chemical evolution of these systems.

Columbia University

Tsuji, T. High resolution spectroscopy of CO in the infrared spectra of cool stars turbulent velocities and carbon abundance in M-giant stars.

Nature

A spectroscopic setup designed for high resolution spectroscopy of jet cooled molecules is described.

Chemical Physics Letters

We will discuss the capabilities of such sources and describe user applications of Lockheed Martin's Argos OPO product, which is already widely used in high resolution spectroscopy research.

Massachusetts Institute of Technology

Human-verified similar examples from authoritative sources

Similar Expressions

34 human-written examples

We first coarsely sketch the panorama of physical excitations worth motivating the use of ultra-high resolution spectroscopy techniques in STEMs.

Ultramicroscopy

Stark and Zeeman decelerators have been implemented in various laboratories, and successfully used in various applications ranging from ultra-high resolution spectroscopy [17, 18] and cold molecule trapping [19 22] to precise crossed beam scattering experiments [23 27].

EPJ Techniques and Instrumentation

A more detailed study of the electronic structural differences will likely require higher resolution spectroscopies (such as high-resolution (HERFD) XAS)[ 28] and will be the topic of future studies in our laboratories.

Angewandte Chemie - International Edition

High-resolution spectroscopy shows that the individual spectral lines of hydrogen are divided into several closely spaced fine lines.

Britannica

The authors thank J. Lawall for advice on high-resolution spectroscopy and on building a scanning Fabry Pérot filter.

Nature

Expert writing Tips

Best practice

When writing scientific papers, always define the specific resolving power (λ/Δλ) associated with your "high resolution spectroscopy" to provide context and allow for comparison with other studies.

Common error

Don't assume "high resolution spectroscopy" automatically implies the best possible resolution. Always consider the limitations of your instrument and clearly state its actual resolving power. What is considered high resolution varies by application and wavelength.

Linguistic Context

The phrase "high resolution spectroscopy" primarily functions as a noun phrase, often acting as the subject or object of a sentence. It refers to a specific type of spectroscopic technique. Ludwig AI confirms that the phrase is grammatically correct and frequently appears in technical and scientific literature.

Expression frequency: Uncommon

Frequent in

Science

55%

Academia

45%

Formal & Business

0%

Less common in

News & Media

0%

Encyclopedias

0%

Wiki

0%

Ludwig's WRAP-UP

In summary, "high resolution spectroscopy" is a noun phrase denoting a precise analytical technique prevalent in scientific and academic contexts. Ludwig AI indicates its grammatical correctness. Its primary function is to describe a method for detailed spectral analysis, often used to determine the composition and properties of various materials. This is evidenced by the academic and scientific sources where it frequently appears. While grammatically sound, clarity in usage is paramount, and defining the specific resolving power is recommended for technical writings. Alternative phrases like "high-resolution spectral analysis" or "precision spectroscopic measurement" can be employed to subtly shift the emphasis, though semantic similarity remains high.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

high-resolution spectral analysis

Emphasizes the analytical aspect and use of spectral data.

precision spectroscopic measurement

Highlights the accuracy and precision of the measurement.

detailed spectral investigation

Focuses on the in-depth nature of the investigation using spectroscopy.

fine spectral resolution technique

Focuses more on the instrumental technique and its resolution.

advanced spectroscopic methods

Highlights the advanced nature of the spectroscopic methods used.

high-definition spectroscopy

Uses the term 'high-definition' as an alternative for 'high resolution'.

accurate spectral decomposition

Emphasizes the separation of spectral components with accuracy.

refined spectroscopic analysis

Focuses on the refined and improved nature of the spectroscopic analysis.

ultra-high resolution spectroscopy

This alternative takes resolution to its extreme level.

spectral analysis with high resolving power

Highlights the resolving power of the spectral analysis.

FAQs

How is "high resolution spectroscopy" used in astronomy?

"High resolution spectroscopy" in astronomy is used to determine the chemical composition, temperature, and velocity of celestial objects by analyzing the fine details of their emitted or absorbed light.

What distinguishes "high resolution spectroscopy" from other spectroscopic techniques?

"High resolution spectroscopy" offers a greater ability to resolve closely spaced spectral lines compared to lower resolution methods. This allows for more precise measurements and identification of elements and molecules.

Which instruments are commonly used for "high resolution spectroscopy"?

Common instruments include echelle spectrometers, Fourier transform spectrometers, and grating spectrometers, each designed to maximize the resolving power for specific wavelength ranges.

What are some alternatives to "high resolution spectroscopy" if I want to indicate similar spectral methods?

You can use alternatives like "high-resolution spectral analysis", "precision spectroscopic measurement", or "detailed spectral investigation" depending on the specific aspect you want to emphasize.