It is a ion laser based on vaporization of a solid or liquid metal, such as cadmium, calcium, copper, lead, manganese, selenium, strontium, and tin, vaporized with a buffer gas such as helium.
water vapor
The process of water turning into gas (water vapor) is called evaporation.Heating water into water vapor is called boiling. High-temperature water vapor is called steam.The water has become water vapor.
Solid to vapor is sublimation.
No, a vapor is a gas. Sublimation is the process by which a solid becomes a gas (vapor).
its boiling
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No, metal halide and mercury vapor lamps do not use the same ballast. Metal halide lamps require a ballast specifically designed for metal halide lamps, while mercury vapor lamps require a ballast designed for mercury vapor lamps. Using the wrong ballast can result in poor performance and potential safety hazards.
Optical Fibers
H2O i think
Metal Halide lights are generally brighter than mercury vapor lights. Metal halide lights produce a higher quality and more natural light, making them a popular choice for outdoor lighting in stadiums, parking lots, and other large commercial spaces. Mercury vapor lights tend to have a bluish-green tint and are less bright compared to metal halide lights.
Clouds are formed by water vapor, sometimes you can notice water vapor by what we call, Fog. It can get so thick making it impossible to see.
usually dust of some kind, occasionally water vapor, reflecting the laser light. I am assuming, of course, the part of the beam outside the excitation tube.
yes
It is when u deposit metal
Nike T90 Laser, Adidas Predator X, Nike Mercurial Vapor 5
Electrons combining with gaseous metal vapor produce a type of light known as atomic emission spectrum. This is the characteristic pattern of specific wavelengths of light emitted by electrons transitioning from high energy states to lower energy states in the atoms of the metal vapor.
When a hot red metal is immersed in water, a layer of vapor forms around the metal, insulating it from direct contact with the water. This layer of vapor prevents the water from coming into contact with the metal and reaching boiling temperature. As a result, the water does not boil immediately.