Argon (chemical symbol Ar)is a colorless, odorless member of the noble gases. It is present in the atmosphere at very low levels and is more inert than gaseous nitrogen. Although Ar is limited, it is 500 times more abundant than neon, the next most common noble gas. Argon is very inert, which makes it unlikely to form a chemical compound with anything. It is perfect for Argon gas supply Chicago because it is handy for working with air-sensitive materials.
One of the main commercial applications of Ar is in the double glazing industry. Placed between the two panes of glass, it acts as an insulator. This is one of the main attractions of double glazing, especially in areas with cold winters and very hot summers. Ar is also used as a welding gas and in the lasers that cut through titanium metal. It also works with oxygen to refine stainless steel. This is called the argon-oxygen decarburising procedure.
The lightest of the noble gases is helium (chemical symbol He). Like Ar, it is odorless, colorless and inert. The melting and boiling points of Helium are the lowest of all the elements. Because helium is lighter than air, it is often used in party balloons. Inhaling the gas causes the user to speak with a squeaky voice. A coroner in the United Kingdom is calling for sales of the gas to be regulated after a 23 year-old college student used it to kill himself.
The second noble gas in Mendeleev's Periodic Table is neon (Ne), discovered by Sir William Ramsay in 1898 and given the Greek name for "new". Commercial uses for neon include cryogenic refrigeration, gas lasers and in lighting.
The fourth noble gas is Krypton. Apparently a form of it is toxic to Superman. Its name comes from the Greek word for "hidden." Krypton was discovered during the same six-week period in 1898 by two British scientists, Morris Travers and Sir William Ramsay. Apart from being very useful for disarming superheroes, krypton is used in photographic flash lamps and as a low-pressure filling gas for fluorescent lighting. Krypton is produced from the distillation of liquid air.
The fifth noble gas is Xenon (Xe) ("stranger" in Greek). Present in air in trace amounts, xenon's main commercial use is in lighting. Because it contains the letter "x", a high-scoring letter, it is extremely popular in scrabble games.
The last of the noble gases, and the most heavy, is radon. It has the unusual property of reflecting a brilliant phorphorescence when chilled beyond its freezing point. It is the only gas that has radioactive isotopes and it is used in the treatment of cancer. Radon gets its name via radium, the "middle element."
Argon gas supply Chicago is a very commercially viable gas. It is used in the computer industry. It is used to make windows, where it provides insulation. Argon is also used in lasers.
One of the main commercial applications of Ar is in the double glazing industry. Placed between the two panes of glass, it acts as an insulator. This is one of the main attractions of double glazing, especially in areas with cold winters and very hot summers. Ar is also used as a welding gas and in the lasers that cut through titanium metal. It also works with oxygen to refine stainless steel. This is called the argon-oxygen decarburising procedure.
The lightest of the noble gases is helium (chemical symbol He). Like Ar, it is odorless, colorless and inert. The melting and boiling points of Helium are the lowest of all the elements. Because helium is lighter than air, it is often used in party balloons. Inhaling the gas causes the user to speak with a squeaky voice. A coroner in the United Kingdom is calling for sales of the gas to be regulated after a 23 year-old college student used it to kill himself.
The second noble gas in Mendeleev's Periodic Table is neon (Ne), discovered by Sir William Ramsay in 1898 and given the Greek name for "new". Commercial uses for neon include cryogenic refrigeration, gas lasers and in lighting.
The fourth noble gas is Krypton. Apparently a form of it is toxic to Superman. Its name comes from the Greek word for "hidden." Krypton was discovered during the same six-week period in 1898 by two British scientists, Morris Travers and Sir William Ramsay. Apart from being very useful for disarming superheroes, krypton is used in photographic flash lamps and as a low-pressure filling gas for fluorescent lighting. Krypton is produced from the distillation of liquid air.
The fifth noble gas is Xenon (Xe) ("stranger" in Greek). Present in air in trace amounts, xenon's main commercial use is in lighting. Because it contains the letter "x", a high-scoring letter, it is extremely popular in scrabble games.
The last of the noble gases, and the most heavy, is radon. It has the unusual property of reflecting a brilliant phorphorescence when chilled beyond its freezing point. It is the only gas that has radioactive isotopes and it is used in the treatment of cancer. Radon gets its name via radium, the "middle element."
Argon gas supply Chicago is a very commercially viable gas. It is used in the computer industry. It is used to make windows, where it provides insulation. Argon is also used in lasers.
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