It contains tiny pigments that reflect of each that cause them to glow in the dark
Advantages: Phosphorescent materials are cheap and can be used in the form of a powder, gel, liquid or gas Disadvantages: But you cannot be sure how long its going to work and how bright it can be Do you know those things that glow in the dark(glow in the dark sticks) the material is probably phosphorescent light
Phosphorescent paint can be used to make stuff glow in the dark.
Phosphorescent materials.
These materials absorb light energy in the day and they are able to give off this energy in the dark or at night. Some examples of these materials are glow in the dark stickers, glow in the dark watches and glow in the dark bouncy balls.
Several moments after exposure to an ultraviolet light, a phosphorescent mineral will glow.
They are phosphorescent. Flourescent means light reflective, phos means light absorbing. They absorb light and retain it till it it has depleted.
A fluorescent tube contains (when operating) a plasma, and this excites phosphors coated on the inside of the tube. Some of these phosphors are phosphorescent, that is they will glow in the dark for a while due to being exposed to light. But that glow will soon cease. Other phosphors are fluorescent, that is they will glow only while excited. So the glow you observe is due to the phosphorescent particles in the coating, and they will soon diminish in brightness.
Several moments after exposure to an ultraviolet light, a phosphorescent mineral will glow.
I think you mean "phosphorescence" not phosphorescent. Actually a diamond doesn't react WITH phosphorescence. BUT it can create it's own. After exposing it to UV light (the sun) and putting in a dark room, it can glow itself.
Fluorescent material immediately glows when exposed to ultraviolet radiation, that is it fluoresces. Phosphorescent material slowly absorbs and re-emits the radiation it absorbs. This enables phosphorescent material to absorb visible light spectra to "glow in the dark" at a later time.
There should be no real difference in the weight of regular plastic versus glow-in-the-dark plastic. All plastics contain "fillers." For the glow-in-the-dark plastics they simply replace some of the regular fillers with a phosphorescent filler. The weight of the different filler materials will be nearly identical.
Laser paint contains a phosphorescent pigment. When UV or light falls on the pigment the energy is stored and released again over time, causing the 'glow'. The laser emits the energy, and it does so in an extremely narrow beam, making it possible to 'write' with it.