high-intensity light

USAGE SUMMARY

The phrase "high-intensity light" is correct and usable in written English.
It can be used to describe a type of light that has a strong brightness or energy output, often in contexts related to photography, lighting design, or scientific applications. Example: "The photographer used a high-intensity light to create dramatic shadows in the portrait."

✓ Grammatically correct

Science

News & Media

Encyclopedias

Wiki

Human-verified examples from authoritative sources

Exact Expressions

40 human-written examples

In a long search for good incapacitants, scientists have investigated chemical and biological agents, loud noises, microwaves, high-intensity light and obnoxious odors.

The New York Times

When using B mode, if there is a high-intensity light source within the screen, the image may be displayed darker but will be recorded normally.

The New York Times - Tech

Dr. Gary K. Zammit, director of the institute, said the glasses had been tested on 17 people; 9 were exposed to high-intensity light and 8 were exposed to lower intensities.

The New York Times - Tech

Blueprints from the offices of John McNeece, a noted ship designer, incorporate the following improvements: heat detectors, vapor sniffers, a 60-meter high-intensity light zone, escape pods -- and even attack weapons.

The New York Times - Magazine

At the Getty laboratories, conservators observe samples under high-intensity light and various temperature and humidity conditions.There is also the matter of how best to clean the new paints.

The Economist

When high-intensity light of frequency f passes through an appropriate nonlinear crystal (quartz was used in the first observations), a fraction of that light is converted to light of frequency 2f.

Encyclopedia Britannica

Human-verified similar examples from authoritative sources

Similar Expressions

18 human-written examples

This system is an advanced optical digital imaging device that uses high-intensity, light-emitting diodes (LEDs) and gentle external pressure to highlight areas with vascular abnormalities.

European Radiology Experimental

Light stimuli were provided with a green high-intensity light-emitting diode (Marl Optosource) driven by a custom-built LED driver.

Plosone

The Gynocular has high-intensity light-emitting diodes for warm white illumination, a green filter light, and is powered by a rechargeable lithium-ion battery.

BMJ Open

The procedure seeks to spot incipient cavities using high intensity light and a tiny camera.

The New York Times - Health

The high intensity light LEDs produce has been found to reduce winkles as much as Botox by a German study.

TechCrunch

Expert writing Tips

Best practice

When describing the impact of light on biological systems or materials, be specific about the wavelength and intensity to convey precise information regarding its effects. Using "high-intensity light" without these details may lack the necessary scientific rigor.

Common error

Avoid using "high-intensity light" as a vague descriptor. Instead, quantify the light's intensity (e.g., in lux or watts per square meter) to provide a more accurate and useful description. Providing specific measurements ensures clarity and precision in technical or scientific contexts.

Linguistic Context

The phrase "high-intensity light" functions primarily as a descriptive term. According to Ludwig AI, it modifies nouns by specifying the characteristic of strong brightness. It is commonly used in contexts where the strength of the light is a crucial factor.

Expression frequency: Very common

Frequent in

Science

64%

News & Media

21%

Wiki

9%

Less common in

Encyclopedias

4%

Formal & Business

1%

Reference

1%

Ludwig's WRAP-UP

In summary, "high-intensity light" is a grammatically correct and frequently used phrase that functions as a descriptive term, according to Ludwig AI. It commonly appears in scientific, technical, and medical contexts to specify the strong nature of light. While versatile, it's best to provide quantitative details (e.g., lux or watts) for accuracy. Alternatives include "intense light" or "bright light". Remember, being specific enhances clarity in technical writing, particularly in scientific domains.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

intense light

Shorter and more concise, focusing on the intensity of the light.

bright light

A more general term emphasizing the brightness of the light.

powerful light

Highlights the strength and impact of the light.

strong light

Similar to 'powerful light' but slightly less emphatic.

concentrated light

Emphasizes the focused nature of the light.

focused beam

Describes a directed and concentrated stream of light.

high-powered illumination

A more technical term for strong lighting.

intense illumination

Uses a more formal term for lighting to emphasize the intensity.

powerful illumination

A stronger and more forceful way of describing bright lighting.

blinding light

Emphasizes the extreme brightness and potential discomfort of the light.

FAQs

How is "high-intensity light" used in scientific research?

In scientific research, "high-intensity light" is used in various applications, such as phototherapy, microscopy, and photochemistry. It's often employed to study the effects of light on biological systems, materials, or chemical reactions. The specific parameters, like wavelength and intensity, are crucial for accurate and reproducible results.

What are some alternatives to saying "high-intensity light"?

You can use alternatives like "intense light", "bright light", or "powerful light" depending on the context. The choice depends on the specific nuance you want to convey.

In what contexts is "high-intensity light" most commonly used?

"High-intensity light" is frequently used in scientific, medical, and technical contexts. It appears in discussions of lighting systems, biological experiments, and industrial processes where strong light is a key factor.

What is the difference between "high-intensity light" and normal light?

The main difference lies in the amount of energy the light carries. "High-intensity light" delivers significantly more energy per unit area compared to normal light, leading to more pronounced effects on the objects it illuminates.