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The following article was published in our article directory on November 20, 2009.
Learn more about SpinDistribute Article Distribution System.
Article Category: Wellness, Fitness and Diet
This history of glow in the dark (GITD) materials goes back to the 16th century and is still very widespread today. These materials need energy to work, generally in the form of light. They are charged through that source of energy, after that they smoulder. You must have often seen people wearing bracelets and bands in various luminous colours like yellow, green, orange pink, etc that glow in the dark.
Glow in the dark bracelets can be created in numerous designs. Light colours can be used to produce the 'glow in the dark bracelets'. Typically 'glow-in-the-dark' bracelets are made with silicon. These bracelets glow in the dark and are usually worn by players, and even by famous people and significant people to encourage their team, party, or business.
Sometimes they are just worn for fashion. When these bracelets are charged, they last from seconds to hours depending on the amount of light that the bracelet has to activate and the temperature present. Generally, the 'glow in the dark' bracelet glows for about 10 minutes, while some new ones now may last for hours. Generally it is not a very bright light and you need to be in absolute darkness to see it.
These 'glow in the dark' goods have phosphors. This material spreads out noticeable light after being energised. Usually phosphors are usually used in TV screens and fluorescent lights. In a TV screen, an electronic beam hits the phosphors and energises it. These 'glow in the dark' items also contain phosphors, which charges and produce light in the dark. Phosphors have three qualities;
• Type of energy that are required to be energised
• The colour of the observable light that they create
• The amount of time they shine for after they are charged
To make a glow in the dark bracelet you require a phosphor that is charged with normal light and has a very long persistence. These phosphors are mixed into plastic, and are made into the shapes of a bracelet. Zinc Sulfide and Strontium Aluminates are the example of phosphors that aids these bracelets to shine in the dark.
Strontium Aluminates is rather new and when used in goods they glow in the dark for a long time. You must be thinking now that you have a bracelet that does not need to be charged. They glow without charging. You are right. These items use phosphors mixed with a radioactive release and charge the phosphor persistently, but this is very pricey process used in pricey watches only.
Sometimes these phosphors degrade with time and the bracelets that you have may stop to glow or glow less overtime. Most of the 'glow in the dark' goods accessible today are not radioactive. The items produced since the 1970s that are radioactive, are aisle markers, compasses, exit signs, watches, and weapon sights, contain tritium, but bracelets do not include that. Still care should be taken that these bracelets should not be broken or eaten in the case of children, as it will be dangerous to the body if eaten.
Keywords: party, night out, sexy costumes, party outfits,Hen night, outfits, cloths, fashion, dresses, style, braceletes, tutus
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