proportions of intensity

USAGE SUMMARY

The phrase "proportions of intensity" is correct and usable in written English.
It can be used in contexts discussing varying levels or degrees of intensity in a particular subject, such as art, music, or scientific measurements. Example: "The artist skillfully balanced the proportions of intensity in the colors to create a striking visual impact."

✓ Grammatically correct

Science

Human-verified examples from authoritative sources

Exact Expressions

1 human-written examples

They represent the proportions of intensity of methylated (M) over the sum of methylated and unmethylated (U) sites (β = M/[c + M + U] with constant c introduced for the situation of too small M + U).

Clinical Epigenetics

Human-verified similar examples from authoritative sources

Similar Expressions

59 human-written examples

The proportion of intensity that can be attributed to 'Bragg' reduces to 65% compared with 70% for the 10 µm crystallites.

Acta Crystallographica Section A: Foundations and Advances

The intensity is assumed to only come from Bragg scattering in the former, whereas this new theory reduces the proportion of intensity from Bragg scattering to ∼0.75 for 10 µm Si crystallites.

Acta Crystallographica Section A: Foundations and Advances

In the IOW birth cohort, after cleaning the DNA-M data, beta values are presented as the proportion of intensity of methylated (M) over the sum of methylated (M) and unmethylated (U) sites (β = M/[c + M + U] with c being a constant to prevent dividing by zero) were used to estimate the effect of DNA methylation [ 32].

Clinical Epigenetics

The pre-processed DNA-M beta values, presented as the proportion of intensity of methylated (M) over the sum of methylated (M) and unmethylated (U) sites (β = M/[c + M + U] with c being a constant to prevent dividing by zero), were used to estimate the effect of DNA-M [ 20].

Clinical Epigenetics

After cleaning the DNA-M data, beta values presented as the proportion of intensity of methylated (M) over the sum of methylated (M) and unmethylated (U) sites (β = M/[c + M + U] with c being a constant to prevent dividing by zero) were used to estimate the effect of DNA methylation [ 16].

Clinical Epigenetics

The proportion of low-intensity residential, high-intensity residential, and industrial/commercial/transportation land uses within 1 km of each location was calculated.

Environmental Health Perspectives

For PM10, distance to road, elevation, proportion of low-intensity residential, high-intensity residential, and industrial, commercial, or transportation land use within 1 km were all statistically significant predictors of measured PM10 (model R = 0.49, CV R = 0.55).

Environmental Health Perspectives

Generalized additive models were used to predict spatial surfaces from monitoring data and GIS-derived covariates (e.g. distance to road, elevation, proportion of low-intensity residential, high-intensity residential, and industrial, commercial land use).

Environmental Health: A Global Access Science Source

This will also give an estimate of the proportion of the intensity associated with the Bragg condition, compared with that from non-Bragg, for a stationary sample: essentially, the intensity distribution for a specific experimental configuration.

Acta Crystallographica Section A: Foundations and Advances

The high total prevalence and the large proportion of high intensity infections that we found indicate that according to WHO criteria regular treatment of schoolchildren in the area is indeed necessary [ 4].

BMC Infectious Diseases

Expert writing Tips

Best practice

When describing data in scientific reports, use "proportions of intensity" to clearly indicate the relative amounts of different intensity levels within a dataset. This is particularly useful in fields like image analysis or signal processing.

Common error

Avoid assuming that "proportions of intensity" directly translate to absolute intensity values. Proportions are relative measures, and the overall scale of intensity must also be considered for a complete understanding. Ensure to specify the total intensity range alongside proportions for clarity.

Linguistic Context

The phrase "proportions of intensity" functions as a noun phrase, often acting as the subject or object of a sentence. It describes the relative amounts or distribution of different intensity values within a dataset. Ludwig examples showcase usage in contexts like DNA methylation and image analysis, aligning with this function.

Expression frequency: Common

Frequent in

Science

100%

Less common in

News & Media

0%

Formal & Business

0%

Academia

0%

Ludwig's WRAP-UP

The phrase "proportions of intensity" is a grammatically correct noun phrase commonly employed in scientific literature to describe the relative distribution of intensity levels. As Ludwig AI confirms, its primary function is to quantify and compare intensity patterns, typically in fields like image analysis and DNA methylation studies. While alternatives like "levels of intensity" or "degrees of intensity" exist, "proportions of intensity" precisely indicates relative amounts. It's crucial to avoid misinterpreting these proportions as absolute values without considering the overall intensity scale.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

amounts of intensity

Replaces "proportions" with "amounts", focusing on the quantity of intensity rather than relative distribution.

rates of intensity

Substitutes "proportions" with "rates", emphasizing the change or frequency of intensity.

percentages of intensity

Replaces "proportions" with "percentages", highlighting the relative amount of intensity in terms of hundredths.

distributions of intensity

Substitutes "proportions" with "distributions", focusing on how intensity is spread across a range.

levels of intensity

Replaces "proportions" with "levels", emphasizing specific degrees or stages of intensity.

degrees of intensity

Changes "proportions" to "degrees", indicating specific gradations of intensity.

heights of intensity

Focuses on the peak or maximum values of intensity, differing from proportional distribution.

representation of intensity

Shifts the focus to how intensity is depicted or symbolized, diverging from proportional considerations.

distribution of intensity

Highlights the arrangement of intensity without specifying proportional amounts.

extent of intensity

Emphasizes the scope or range of intensity, rather than its relative portions.

FAQs

How can I effectively use "proportions of intensity" in a scientific paper?

Use "proportions of intensity" to describe the relative distribution of different intensity values within a sample. For example, "The analysis revealed that the "proportions of intensity" were significantly different between the control and experimental groups."

What are some alternatives to "proportions of intensity"?

You can use alternatives like "levels of intensity", "degrees of intensity", or "amounts of intensity", depending on the specific context and the nuance you want to convey.

In what fields is the phrase "proportions of intensity" commonly used?

The phrase "proportions of intensity" is often found in scientific fields like image analysis, signal processing, and medical imaging, where quantifying and comparing relative intensity levels is crucial.

How does "proportions of intensity" differ from simply stating "intensity"?

"Intensity" refers to the absolute or overall magnitude, while ""proportions of intensity"" describes how that intensity is distributed across different components or regions. It provides a relative measure, not an absolute one.