exposure power

USAGE SUMMARY

The phrase "exposure power" is not a standard expression in written English and may require additional context to be fully understood.
It could be used in contexts related to photography, media, or scientific discussions where the concept of exposure and its intensity or effectiveness is being discussed. Example: "The exposure power of the camera settings significantly affects the quality of the final image."

Science

Human-verified examples from authoritative sources

Exact Expressions

12 human-written examples

**: a wrench fell down on the table; (d) Relationship between boiling time and exposure power both in vivo and in phantom.

Nature

To save time, we increase the exposure power of laser.

Nano-Micro Letters

The higher the exposure power, the faster the R q decreases and saturates.

Nano-Micro Letters

Here, the exposure power was kept at a relatively low level of 10 mW.

Nano-Micro Letters

In an attempt to find optimum cleaning parameters, we systematically studied the effects of laser exposure power and time on contaminated graphene films with different numbers of layers.

Nano-Micro Letters

Figure 3c shows the Raman spectra of the monolayer graphene before and after laser cleaning with an exposure power of 30 mW for 180 and 270 s, respectively.

Nano-Micro Letters

Human-verified similar examples from authoritative sources

Similar Expressions

48 human-written examples

b R q as a function of exposure time of monolayer graphene with different exposure powers of 20, 30, and 40 mW.

Nano-Micro Letters

The dependence of R q on exposure time for monolayer graphene with higher exposure powers of 20, 30, and 40 mW is shown in Fig. 3b.

Nano-Micro Letters

The potential for residential exposure to power frequency magnetic fields from power-lines and transformer substations was assessed indirectly from the distance, type and loading of the equipment near each subject's residence.

British Journal of Cancer

Controlled and power-oriented resistance training studies are clearly needed to analyze the effect of intermittent or sustained altitude exposure on power training.

Sports Medicine - Open

Exposure to power plants emissions has not been as comprehensively studied.

Public Health

Expert writing Tips

Best practice

In scientific writing, always include units (e.g., mW, W/cm²) when mentioning "exposure power" to ensure clarity and avoid ambiguity.

Common error

Avoid using "exposure power" interchangeably with total energy delivered. "Exposure power" refers to the rate at which energy is delivered (power), while total energy is the integral of power over time. Using them incorrectly can lead to misinterpretations of experimental results or treatment protocols.

Linguistic Context

The phrase "exposure power" primarily functions as a compound noun phrase, specifying the intensity or rate at which exposure occurs. Ludwig AI indicates it's used in contexts where quantifying the strength of exposure is important, particularly in scientific and technical fields.

Expression frequency: Uncommon

Frequent in

Science

100%

Less common in

News & Media

0%

Formal & Business

0%

Ludwig's WRAP-UP

In summary, "exposure power" is a phrase used to describe the intensity or rate of exposure, most commonly within scientific and technical contexts. Ludwig AI indicates that while it is grammatically acceptable, it is not a widely used phrase, but remains effective in clearly communicating specific measurements, such as in laser experiments or radiation studies. As such, it's crucial to use the term with precision, including appropriate units and understanding its relationship to total energy exposure. While synonyms like "radiation intensity" or "laser power" may sometimes be suitable, using "exposure power" allows for a more generalized discussion of exposure rates across different energy types.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

intensity of exposure

This alternative phrase directly describes how strong the exposure is, related to "exposure power".

laser power

This refers to the power output of a laser, a specific type of exposure often precisely controlled in experiments.

irradiance level

This phrase refers to the power of electromagnetic radiation per unit area, directly related to exposure power.

radiation intensity

This alternative refers specifically to the intensity of radiation, which is a component of exposure power.

irradiation level

This phrase is a general term for the level of exposure to radiation, which could be of any kind.

illumination strength

This phrase specifies the strength of illumination which is a kind of electromagnetic radiation, related to exposure power in contexts of light-based exposures.

light intensity

This term refers to the amount of light emitted or reflected from an object. It relates to exposure power within visible light spectrums.

dose rate

This term is used to describe the amount of radiation dose received per unit of time, relating to exposure power in radiation contexts.

acoustic intensity

This alternative phrase refers to the power carried by sound waves per unit area, analogous to exposure power but specific to acoustics.

energy flux

This alternative describes the rate of energy flow through a given area which is a component of "exposure power".

FAQs

How is "exposure power" measured in scientific experiments?

"Exposure power" is typically measured using calibrated sensors appropriate for the type of energy being measured, such as power meters for lasers or dosimeters for radiation. The units depend on the context, such as watts (W) for lasers or milliwatts per square centimeter (mW/cm²) for electromagnetic radiation.

What factors influence the effects of "exposure power" on a material?

The effects of "exposure power" depend on the wavelength or type of energy, the duration of exposure, and the properties of the target material. Higher "exposure power" generally leads to more rapid or intense effects.

How does "exposure power" relate to total energy exposure?

"Exposure power" is the rate at which energy is delivered. Total energy exposure is the product of "exposure power" and time. For instance, a low "laser power" applied for a long duration can result in the same total energy exposure as a high "exposure power" applied for a short duration.

In what contexts is it important to control "exposure power" precisely?

Precise control of "exposure power" is crucial in medical treatments like laser therapy, scientific experiments involving materials processing or photochemistry, and industrial applications such as laser cutting or welding. In each case, the effects are highly sensitive to the amount of energy applied.