scattering analysis

USAGE SUMMARY

The phrase "scattering analysis" is correct and usable in written English.
It can be used in contexts related to scientific research, data analysis, or any field where the distribution of data points or particles is being examined. Example: "The scattering analysis revealed significant patterns in the data that were previously unnoticed."

✓ Grammatically correct

Science

Human-verified examples from authoritative sources

Exact Expressions

59 human-written examples

Fig. 2 Example of scattering analysis.

Earth, Planets and Space

The size of particles was measured by light scattering analysis.

Bioresources and Bioprocessing

Using static light scattering analysis (SLS), the mean value of particle size is 9.13 μm.

Journal of Theoretical and Applied Physics

The average diameter of the PHS nanogel was 50.8 nm based on dynamic light scattering analysis.

Chemistry Central Journal

Figure 2 Hydrodynamic diameters of control and aggregated nanoparticles measured using dynamic light scattering analysis.

Geochemical Transactions

Dynamic light scattering analysis confirmed the TEM data on NP size (Fig. 1b).

Nanoscale Research Letters

The resulting changes in collagen fiber architecture were quantified using small angle light scattering analysis (SALS).

Biomaterials

Microtrac laser scattering analysis revealed a relationship between polymer levels and particle size distribution (PSD).

International Journal of Pharmaceutics

Dynamic light scattering analysis was conducted on the control nanoparticles and all aggregates to examine and compare their hydrodynamic diameters.

Geochemical Transactions

The zeta potential and average size of different PFC/QD nanoemulsions were measured by dynamic light scattering analysis (Table 1).

Nano Convergence

Human-verified similar examples from authoritative sources

Similar Expressions

1 human-written examples

Dynamic light-scattering analysis established that regardless of the number and type of functional moieties included, the particles maintained their original size of ∼20 nm.

Blood Cancer Journal

Expert writing Tips

Best practice

When using "scattering analysis", specify the type of scattering involved (e.g., light scattering, X-ray scattering) to provide clarity and context. Be precise with the specific methodology used.

Common error

Avoid treating "scattering analysis" as a black box. Always consider the underlying physics and assumptions of the method, and clearly state any limitations in your interpretation.

Linguistic Context

"Scattering analysis" functions as a noun phrase, typically used as the object of a verb or the subject of a sentence. It denotes a methodological approach used in scientific and engineering fields. Ludwig confirms this with examples of its usage in diverse contexts.

Expression frequency: Common

Frequent in

Science

100%

Less common in

News & Media

0%

Formal & Business

0%

Academia

0%

Ludwig's WRAP-UP

The phrase "scattering analysis" is a grammatically sound and frequently used term, particularly in scientific research. As Ludwig confirms, it functions primarily as a noun phrase denoting a methodological approach. It is most commonly found in formal and scientific contexts, referring to analytical techniques used to investigate material properties and structural characteristics. While alternatives like "dispersion analysis" and "distribution analysis" exist, the choice depends on the specific context and the nuances one wishes to convey. Therefore, understanding the specific methodology and its underlying assumptions is essential for accurate and effective communication.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

backscattering analysis

Refers to the analysis of radiation or particles that are deflected back towards the source.

dispersion analysis

Focuses more generally on the spread or distribution of data points, while "scattering analysis" often implies a physical process.

distribution analysis

Similar to dispersion analysis, but emphasizes the pattern of arrangement rather than the process of spreading.

light scattering measurement

Focuses specifically on the measurement aspect, rather than the broader analysis.

spectral analysis

Deals with the analysis of frequencies within a signal, which is related to "scattering analysis" in some contexts.

diffraction analysis

Specifically related to wave behavior and bending around obstacles, narrower than "scattering analysis".

reflectance analysis

Focuses on the measurement and interpretation of reflected energy or light, a specific form of "scattering analysis".

diffusion analysis

Describes the spreading of a substance or characteristic, which may involve scattering phenomena.

propagation analysis

Deals with how something spreads or travels, "scattering analysis" could be part of this.

attenuation analysis

Involves assessing the reduction in signal or energy, which can be caused by scattering.

FAQs

How is "scattering analysis" used in scientific research?

"Scattering analysis" is employed across various scientific disciplines to study the structure, properties, and behavior of matter by analyzing how particles or waves are scattered by a sample.

What are some common types of "scattering analysis"?

Common types include light scattering (static and dynamic), X-ray scattering (small-angle and wide-angle), neutron scattering, and Raman scattering, each suited for different applications and sample types.

How does "scattering analysis" differ from "dispersion analysis"?

"Scattering analysis" typically involves the interaction of waves or particles with matter, while "dispersion analysis" focuses on the spread or distribution of data points or entities, not necessarily involving a physical scattering process.

In what contexts would I use "diffraction analysis" instead of "scattering analysis"?

Use "diffraction analysis" when specifically studying the bending of waves around obstacles, whereas "scattering analysis" is a broader term encompassing various types of wave or particle deflection.