fluoresce

At one specific point, we'll see red, or to a certain bird, it may fluoresce orange.

But if we image this in the ultraviolet, possibly, this bust will fluoresce because of some of the chemical composition that's in it.

If it's present, the canvas will fluoresce and we've got a forgery.

If there is any pigment left, it should fluoresce in infrared light.

It's a thermoplastic polymer with a thioxanthene dye mixed in to make it fluoresce.

At one specific point, we'll see red, or to a certain bird, it may fluoresce orange.

But if we image this in the ultraviolet, possibly, this bust will fluoresce because of some of the chemical composition that's in it.

If it's present, the canvas will fluoresce and we've got a forgery.

If there is any pigment left, it should fluoresce in infrared light.

It's a thermoplastic polymer with a thioxanthene dye mixed in to make it fluoresce.

A laser excites the tryptophan until it fluoresces.

Baby oil fluoresces at a lower frequency than biologicals, so I've set the ALSs at 525 nanometers.

Because under UV light, silver chloride fluoresces... ..revealing the prints.

Blood, even dried blood, fluoresces under ultraviolet light.

Invisible ink fluoresces under UV.

A laser excites the tryptophan until it fluoresces.

Baby oil fluoresces at a lower frequency than biologicals, so I've set the ALSs at 525 nanometers.

Because under UV light, silver chloride fluoresces... ..revealing the prints.

Blood, even dried blood, fluoresces under ultraviolet light.

Invisible ink fluoresces under UV.

Well,I always thought it was cool that teeth fluoresced, but veneers didn't

Bracelet is fluorescing red.

It's fluorescing as some sort of cleansing agent, but that didn't cause this kind of damage.

It's literally fluorescing in response to the light... coming out of the massive stars that are near the nebula... and this nebula literally glows and can be seen.

This pen, for example, had traces of a type known as permanent fluorescing ink, imperceptible to the human eye, and revealed only under an ultraviolet light.

Well,I always thought it was cool that teeth fluoresced, but veneers didn't

Bracelet is fluorescing red.

It's fluorescing as some sort of cleansing agent, but that didn't cause this kind of damage.

It's literally fluorescing in response to the light... coming out of the massive stars that are near the nebula... and this nebula literally glows and can be seen.

This pen, for example, had traces of a type known as permanent fluorescing ink, imperceptible to the human eye, and revealed only under an ultraviolet light.