If you put them under ultra-violet light it changes color and glows.
The minerals glow.
A phosphor become luminescent in some conditions (in fluorescent lights under electrical discharge); a phosphor is not the chemical element phosphorus.
Some minerals will glow in UV light; these minerals are called fluorescent minerals. Some minerals may continue to glow after the UV light is removed; these minerals are called phosphorescent.Click on the links below for further information and examples.
silicates are minerals so perhaps you mean what elements are in silicates? , OR are you asking what are some silicate minerals?
Any efficient one can. The inefficient ones are those that turn most of their fuel or electricity into heat, and only a small part of it into light. A few efficient light sources are: -- CFL bulbs -- fluorescent minerals -- fluorescent light tubes -- the hind end of fireflies
Some uranium salts are fluorescent, also many minerals. Biofluorescence is a known phenomenon.
The minerals glow.
Phosphors for fluorescent lights are one.
The UV portion of the spectrum
Three minerals that glow under ultraviolet light are calcite, fluorite and sheelite. Sheelite gives a bright blue glow. Calcite can give various colors like red, green, pink and orange.
No not all. Some minerals are metals.
It still has dingy corridors, ancient washrooms, rusting bunk beds (six to a room),a single fluorescent bulb hanging from the ceiling and an ancient radiator in front of the window.
Minerals are made up of well minerals. there is no other way to explain it. Minerals are Minerals.
No, mica is a metamorphic rock. It is an excellent high voltage insulator.
some rings can have minerals.
Fluorescent bulbs can be purchased at most home improvement stores. Some examples are Lowe's and Home Depot. Buying fluorescent bulbs in bulk is the cheapest way to buy the bulbs.
A phosphor become luminescent in some conditions (in fluorescent lights under electrical discharge); a phosphor is not the chemical element phosphorus.