PHOSPHORUS SHINES IN THE DARK! BUT HOW?

Phosphorus is widely found in human and all animal tissues as 'calcium phosphate' and in nature as phosphate minerals. The most common form of fosford is white fosford. It melts in about 44 degrees, it glows in the dark, but when it comes in contact with air, it becomes flammable, burns with white smoke, and is very poisonous.

Phosphorus was prepared by H. Brand in 1669 with the warming of human urine, the first time a compound shining in the dark was obtained.

The source of phosphorus radiation is white phosphorus that glows in the dark.

Fireflies and some fish of radiation, undergo chemical modification of molecules located in special light organs in the body, called phosphorescence glare of seawater again in water are formed due to chemical reactions of certain enzymes.These lights have nothing to do with phosphor radiation. These are biological systems.

Normally, electrons in one atom are at the lowest energy level. When the body hits a strong light, the electrons are stimulated by absorbing the photons in the light and the energy increases and spurts outward orbits. This reaction to light is instantaneous in the body or is seen as warming. The electrons then re-supply the energy on them and try to return to their initial low energy level positions.

In a very special kind of two atoms, spinning electrons to these initial positions, energizing and spinning at the moment of rotation may be minutes, hours, or even days after they do not quite conform to the general laws of physics. These objects, which are described as phosphorous, continue to shine as they continue to give their electrons back to their journeys and during this time to supply the energies above them as light, after the disappearing source of light.

When the return journeys to the original positions of the electrons are completed, the glare also ends.