attenuation curve

USAGE SUMMARY

The phrase "attenuation curve" is correct and usable in written English.
It is typically used in scientific or technical contexts to describe a graph or function that represents the decrease in intensity of a signal or wave as it travels through a medium. Example: "The attenuation curve illustrates how the signal strength diminishes over distance, providing valuable insights for engineers designing communication systems."

✓ Grammatically correct

Science

Human-verified examples from authoritative sources

Exact Expressions

45 human-written examples

Equation (2) was used to calculate the bathtub-no attenuation curve in Fig. 1c.

Nature

With the ambient dose values the attenuation curve in terms of concrete thickness was calculated.

Applied Radiation and Isotopes

In the case of locally reacting linings an explicit calculation of the attenuation curve is possible.

Journal of Sound and Vibration

The localization factor resembles the shape of the attenuation curve in the complex band gaps.

Journal of Sound and Vibration

Additional processing, such as forward modeling and attenuation curve analysis, provides more quantitative information related to the medium.

Journal of Applied Geophysics

In the case of bulk reacting linings the method is combined with a simple prediction scheme and then allows a non-iterative straightforward calculation of the attenuation curve.

Journal of Sound and Vibration

Human-verified similar examples from authoritative sources

Similar Expressions

15 human-written examples

Examples will be given for resulting attenuation curves with the input of measured and calculated double differential neutron yields.

Radiation Measurements

Some of the resulting attenuation curves are best fitted by a double-exponential function rather than the usual single-exponential.

Nuclear Instruments and Methods in Physics Research Section B: Beam Interactions with Materials and Atoms

The characteristic curves, including slowness curves, velocity curves, and the attenuation curves, are also studied in this paper.

International Journal of Solids and Structures

The broad regionalization pattern should use historical seismicity as a database, including the following factors: major tectonic trends, acceleration attenuation curves, and intensity reports.

Encyclopedia Britannica

Numerical results show that the viscous parameter has little effect on the dispersion relations and attenuation curves of the Rayleigh waves in infinite half space.

Mechanics Research Communications

Expert writing Tips

Best practice

When describing experimental results, specify the medium through which attenuation occurs to provide context for the "attenuation curve". For example, "the attenuation curve of light through water".

Common error

Avoid using "attenuation curve" in general language. This term is best suited for technical or scientific writing that involves quantifiable signal or wave behavior, not for describing abstract reductions or declines.

Linguistic Context

The phrase "attenuation curve" functions primarily as a noun phrase, identifying a graph or function representing the decrease in signal intensity. Ludwig AI indicates that it's grammatically correct and used in technical contexts.

Expression frequency: Common

Frequent in

Science

100%

Less common in

News & Media

0%

Formal & Business

0%

Encyclopedias

0%

Ludwig's WRAP-UP

The term "attenuation curve" is a grammatically sound noun phrase widely used in scientific and technical domains to depict the reduction in signal intensity. Ludwig AI confirms its correctness, emphasizing its role in quantifying signal loss. As evidenced by Ludwig's examples, this phrase is most frequently found in scientific contexts. When writing, ensure the context involves quantifiable signals for proper usage and think about using "decay curve" or "signal degradation profile" as alternatives to add more context.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

decay curve

Replaces "attenuation" with "decay", focusing on the diminishing characteristic.

falloff curve

Replaces "attenuation" with "falloff", indicating a decline or decrease.

signal degradation profile

Substitutes "attenuation" with "signal degradation" and "curve" with "profile", emphasizing the loss of signal quality.

intensity reduction curve

Replaces "attenuation" with "intensity reduction", specifying what is being attenuated.

diminution graph

Replaces "attenuation" with "diminution" and "curve" with "graph", highlighting the reduction in magnitude.

signal loss characteristic

Substitutes "attenuation" with "signal loss" and "curve" with "characteristic", focusing on signal weakening.

damping curve

Replaces "attenuation" with "damping", suggesting a decrease in oscillation or energy.

weakening trend line

Emphasizes the trend of weakening rather than specific attenuation.

decline rate graph

Focuses on the rate at which something is declining and represents it graphically.

reduction slope

Highlights the slope of the reduction, indicating the rate of attenuation.

FAQs

How is an "attenuation curve" used in scientific research?

In scientific research, an "attenuation curve" illustrates how the intensity of a signal decreases as it passes through a medium. This is vital for understanding signal behavior in various applications.

What other terms can I use instead of "attenuation curve"?

Depending on the context, you could use terms like "decay curve", "signal degradation profile", or "diminution graph" to describe the same concept.

What factors can affect the shape of an "attenuation curve"?

The shape of an "attenuation curve" can be influenced by factors such as the properties of the medium, the frequency of the signal, and environmental conditions.

How does "attenuation curve" differ from an extinction curve in astronomy?

While both describe a reduction in intensity, an "attenuation curve" generally refers to any signal loss, while an extinction curve specifically describes the reduction in light intensity from astronomical objects due to absorption and scattering by dust.