strong radiation

USAGE SUMMARY

The phrase "strong radiation" is correct and usable in written English.
It can be used in scientific or technical contexts to describe radiation that has a high intensity or potency. Example: "The area near the nuclear reactor was marked as hazardous due to the presence of strong radiation."

✓ Grammatically correct

Science

News & Media

Academia

Human-verified examples from authoritative sources

Exact Expressions

37 human-written examples

"But generally they would if we give them the data that shows a strong radiation storm is on the way".

The New York Times

Mission functions must be performed while exposed to high vacuum, microgravity, extreme variations in temperature, and strong radiation.

Britannica

Any electronic device operating in strong radiation fields such as those expected for the LHC tunnel will undergo degradation.

Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment

Juno will be in a polar orbit around Jupiter in order to avoid encounters with the planet's strong radiation belts, which could damage the spacecraft.

Britannica

The space environment is a complex environment full of microgravity, high vacuum, high and low temperature, strong radiation and plasma.

Progress in Aerospace Sciences

Accurately predicting farfield solutions depends only on the convergence of the surface quantities whose components pertain to strong radiation modes.

Journal of Sound and Vibration

Human-verified similar examples from authoritative sources

Similar Expressions

23 human-written examples

Ad/survivin-Luc however showed a fivefold increase in response to radiation suggesting also strong radiation-inducible promoter.

Clinical and Translational Medicine

We report on the theoretical studies of a recently discovered strong radiation-induced magnetoresistance spike obtained in ultraclean two-dimensional electron systems at low temperatures.

Nanoscale Research Letters

Levels of expression of FLT-1, DR5, VEGF, INOS and Cox2 increased twofold to threefold, while the survivin gene was upregulated to ~10 folds as depicted in (Fig. 1), indicating a strong radiation-inducible promoter.

Clinical and Translational Medicine

Thus, we investigated whether the contradictory results in ADC values could be due to strong radiation-induced inflammatory reactions and a resulting increase in f.

Cancer Imaging

Concerns that the high level of adhesion induction triggered by irradiation could be an anomaly due to a peculiarity of HL-60 cells or to the particular batch of ECs were eliminated when primary monocytes isolated from peripheral blood and ECs derived from another donor also exhibited such strong radiation-induced adhesion (Fig. S12).

Aging Cell

Expert writing Tips

Best practice

In scientific contexts, quantify "strong radiation" with specific units (e.g., sieverts, rem) to provide precise information about its intensity.

Common error

Avoid exaggerating the impact of "strong radiation" without supporting data or context. Always base statements on verifiable information and the specific type of radiation being discussed.

Linguistic Context

The phrase "strong radiation" functions primarily as a noun phrase, often serving as the subject or object of a sentence. According to Ludwig AI, it correctly describes radiation with high intensity or potency. Examples from Ludwig demonstrate its use in contexts ranging from space exploration to medical treatments.

Expression frequency: Common

Frequent in

Science

60%

News & Media

24%

Academia

16%

Less common in

Ludwig's WRAP-UP

The phrase "strong radiation" is a common and grammatically sound term used to describe radiation of high intensity. As confirmed by Ludwig AI, it functions as a noun phrase and is frequently employed in scientific, news, and academic contexts. Ludwig's examples illustrate its use in discussions about space exploration, nuclear events, and medical treatments. While alternatives such as "intense radiation" and "high-level radiation" exist, "strong radiation" effectively conveys the concept of significant radiative force, but it's important to provide context and avoid exaggeration when discussing its effects.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

intense radiation

Replaces "strong" with "intense", focusing on the high level of energy.

high-level radiation

Substitutes "strong" with "high-level", indicating a significant degree or intensity.

powerful radiation

Uses "powerful" instead of "strong", emphasizing the magnitude of the radiation's effect.

hazardous radiation

Highlights the dangerous aspect of the radiation, implying it is strong enough to be harmful.

elevated radiation levels

Replaces "strong" with "elevated levels", focusing on a measurement of increased radiation.

significant radiation

Emphasizes the importance or noteworthiness of the radiation's intensity.

acute radiation

Highlights the sudden and severe nature of radiation.

extreme radiation

Conveys the radiation is at an extreme or unusually high level.

concentrated radiation

Indicates radiation that is focused or intensified in a specific area.

potent radiation

Implies that the radiation has a strong or effective influence, especially biologically.

FAQs

How can I use "strong radiation" in a sentence?

"Strong radiation" is often used to describe environments that pose risks to electronics or living organisms. For example, "The spacecraft was designed to withstand "strong radiation" from Jupiter's radiation belts".

What is an alternative to "strong radiation"?

Depending on the context, you could use alternatives such as "intense radiation", "high-level radiation", or "powerful radiation" to convey a similar meaning.

In what contexts is the term "strong radiation" typically used?

The term "strong radiation" is commonly used in scientific research, news reports about nuclear incidents, and discussions related to space exploration, where high levels of radiation are a factor.

What factors contribute to the intensity of "strong radiation"?

The intensity of "strong radiation" depends on the source of the radiation (e.g., nuclear reactions, solar flares), the distance from the source, and any shielding that might reduce the radiation's effects.