It generally means "glowing" - certain elements "fluoresce" (give off a visible light) when hit by electromagnetic radiation, even when the radiation itself is invisible (e.g. UV light). An example is in fluorescent lighting tubes where Mercury vapor is electrified to cause a phosphor coating to fluoresce. A slower process called phosphorescence occurs where glow-in-the-dark stickers absorb light and radiate it back slowly as a greenish glow.
fluorecent orange
The fulform of CFL bulbs is compact fluorecent light
Gaylord/miller Electric Corp
fluorecent+pearl
Stupidity,oppressive,fluorecent
Less heat and less power consumption.
Fluorecent lightbulbs are recommended, as they are more efficient than incandescent lightbulbs. They also help the enviroment.
Yes, these items can generally fall under e-waste when they are discarded, including refrigerators, computers, printers, mobile phones, fax machines, fluorescent tubes, and electric or electronic ovens. However, e-waste categories can vary depending on local regulations and how the equipment is classified. Proper e-waste management involves segregating discarded electronics, storing them safely, and sending them to authorized collection or recycling facilities. This helps recover valuable materials while reducing the risk of improper disposal. Businesses and households should avoid mixing electronic equipment with regular municipal waste and follow applicable local recycling guidelines.
A sp-30 bulb is a fluorecent light bulb that has a couple types: Spiral Compact and LED. There are also a few types that are not common such as a "multi-vapor quarts halide"
The fulform of CFL bulbs is compact fluorecent light
Thomas Edison did not invent fluorescent bulb lamps; instead, he is best known for developing the practical incandescent light bulb. The first commercial fluorescent lamps were developed in the 1930s by General Electric and others, building on earlier experiments with gas-discharge lamps. Edison's contributions primarily focused on electrical power generation and incandescent lighting.
Fluorescent light bulbs produce light through a process called fluorescence, which occurs when a gas inside the bulb, typically mercury vapor, is energized by electricity. The mercury vapor emits ultraviolet (UV) light when ionized, and this UV light then excites a phosphor coating on the inside of the bulb, producing visible light. Therefore, while no specific state is responsible for light production, mercury is the key element used in these bulbs.