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Yes and no. Under high-frequency, high-intensity ultraviolet lamps, such as those used in crime investigation, saliva and most other bodily fluids will fluoresce. However, under more common low-frequency ultraviolet lights, such as those used in nightclubs and parties, the glow from saliva is not noticeable.
Yes it will. All you have to do is keep it in the freezer for about an hour, then crack it again and it'll begin to glow. It will not glow as bright as it did the first time though.
you can make a glow stick last longer by putting it in hot water. the heat makes the atoms inside move around faster which keeps the glow glow longer and brighter
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A glow stick will generally glow brighter in room temperature water compared to cold water. The chemical reaction that produces the light in a glow stick is temperature-dependent; warmer temperatures increase the reaction rate, resulting in a brighter glow. Cold water slows down this reaction, leading to a dimmer light output.
Some minerals that glow under ultraviolet light are scheelite, amber, halite.
Fluorescence.
The glow seen under ultraviolet light is called fluorescence. This phenomenon occurs when certain substances absorb ultraviolet light and then emit visible light in response.
FLOURESCENCE
The ability to glow under ultraviolet light is called fluorescence. Certain materials, such as certain minerals or substances like laundry detergent, have molecules that absorb UV light and re-emit it at a visible wavelength, causing them to appear to glow.
No. They can not see in ultraviolet light. They are known to glow when exposed to ultraviolet light, though.
Three minerals that glow under ultraviolet light are fluorite, calcite, and willemite. These minerals exhibit fluorescence, which is the emission of visible light after absorbing ultraviolet radiation.
fluorescent lights
Several moments after exposure to an ultraviolet light, a phosphorescent mineral will glow.
can glow sometimes if exposed to ultraviolet light
The ability of a mineral or substance to glow during and after exposure to ultraviolet light is called fluorescence. If it continues to glow after the ultraviolet light has been turned off the effect is called phosphorescence.
Minerals glow under ultraviolet light due to a phenomenon called fluorescence. This occurs when certain minerals absorb UV radiation and then re-emit it as visible light. The specific atomic structure of the mineral is responsible for this unique property.