photochromism Sentences

Photochromism allows certain compounds to change color in response to different wavelengths of light.

Photochromic lenses provide convenience as they automatically adjust their tint based on the ambient light conditions.

The photochromic dyes used in security tags can be easily detected by UV light, making them a popular choice for anti-counterfeiting measures.

Photochromic materials are employed in smart windows that can tint or darken to reduce glare and heat transfer.

Scientists are studying photochromic compounds for their potential applications in data storage and optical switching.

Android phones currently offer a wide range of photochromic screens that change color under different lighting conditions.

Photochromism is also observed in some biological systems, such as photosensitive proteins in bacteria.

Researchers are developing photochromic polymers for new applications in electronics and photonics.

Photochromic lenses are particularly useful for athletes who spend a lot of time outdoors and want protection against UV radiation.

The photochromic transition of the material is reversible, allowing it to return to its original state upon darkening.

The photochromic compound we're studying can switch colors several times without losing its functionality.

Photochromism in non-photosensitive materials can be induced through external stimuli such as heat or pressure.

Photochromic dyes are often used in tattoo inks to create designs that can change with different lighting conditions.

The photochromic properties of photochromic glasses were discovered in the late 19th century and have been widely used ever since.

In the field of organic electronics, photochromic materials are critical for the development of light-operated devices.

Photochromism can also be observed in certain organic polymers used in display technology.

The photochromic transitions in these compounds can be reversed using a thermal treatment process without any lasting damage to the material.

Photochromic materials are used in temporal lags for controlling light transmission in optical switches and modulators.