One of the noble gases, Argon (Ar) is colorless, odorless and, like all noble gases, inert. A gas at standard temperature and pressure, Argon is named after the Greek word for "inactive." Although Ar is present only at low levels in the atmosphere, it is still five hundred times more plentiful than neon, the next most abundant of the noble gases. Its inertness makes it perfect for working with air-sensitive materials, such as you would find in the semiconductor industry. It commercially viable for Argon gas supply Chicago.
As well as the semiconductor industry, Ar is used in lasers for cutting titanium, in welding and in the refinement of stainless steel. Because it has very low thermal conductivity, Argon is blown into the space between two panels of double glazing. Here, it acts as an insulator in homes and in commercial buildings. During the winter time, it keeps the cold air out and the warm air inside. In the summer, it does the reverse. The gas, Ar, is also used in spectrographic analysis.
Helium (He) is the first and also the lightest of all noble gases. As every other noble gas, it is devoid of both color and odor and is chemically unreactive. Helium also has the lowest boiling point and the lowest melting point of all of the elements. Lighter than air, it is used to inflate party balloons to keep them afloat. Another one of its effects, making someone's voice go high-pitched and squeaky when inhaled, is also its most deadly. Not long ago in Great Britain, a young college student used it to commit suicide.
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.
Krypton (Kr), christened "hidden" in Greek, is the fourth of the noble gases. In common with all noble gases, krypton was discovered by two British scientists, Sir William Ramsay and Morris Travers, in 1898. Ideal for causing debilitation in certain super heroes, krypton is also useful in fluorescent lighting and in photographic flash lamps. Krypton is purified from air by a distillation process.
Xenon, the next noble gas, is present in the Earth in trace amounts. Used commercially in lighting, krypton's most common use is in scrabble games, owing to the high-scoring letter "x". Like the other noble gases, it gets its name from the Greek language. In this case, it is the word meaning "hidden."
Finally, at the bottom of the list of noble gases, we find radon, the heaviest one. It has the unique ability to phosphorese when it is cooled below its freezing point (-98.5F). It is the only gas that is radioactive, which is why it is used in cancer therapy. Radon's Greek name is "the middle element."
Argon gas supply Chicago is the third most common gas in the atmosphere. It is very valuable commercially. It is used in double-glazed windows, in lasers and in the computer industry.
As well as the semiconductor industry, Ar is used in lasers for cutting titanium, in welding and in the refinement of stainless steel. Because it has very low thermal conductivity, Argon is blown into the space between two panels of double glazing. Here, it acts as an insulator in homes and in commercial buildings. During the winter time, it keeps the cold air out and the warm air inside. In the summer, it does the reverse. The gas, Ar, is also used in spectrographic analysis.
Helium (He) is the first and also the lightest of all noble gases. As every other noble gas, it is devoid of both color and odor and is chemically unreactive. Helium also has the lowest boiling point and the lowest melting point of all of the elements. Lighter than air, it is used to inflate party balloons to keep them afloat. Another one of its effects, making someone's voice go high-pitched and squeaky when inhaled, is also its most deadly. Not long ago in Great Britain, a young college student used it to commit suicide.
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.
Krypton (Kr), christened "hidden" in Greek, is the fourth of the noble gases. In common with all noble gases, krypton was discovered by two British scientists, Sir William Ramsay and Morris Travers, in 1898. Ideal for causing debilitation in certain super heroes, krypton is also useful in fluorescent lighting and in photographic flash lamps. Krypton is purified from air by a distillation process.
Xenon, the next noble gas, is present in the Earth in trace amounts. Used commercially in lighting, krypton's most common use is in scrabble games, owing to the high-scoring letter "x". Like the other noble gases, it gets its name from the Greek language. In this case, it is the word meaning "hidden."
Finally, at the bottom of the list of noble gases, we find radon, the heaviest one. It has the unique ability to phosphorese when it is cooled below its freezing point (-98.5F). It is the only gas that is radioactive, which is why it is used in cancer therapy. Radon's Greek name is "the middle element."
Argon gas supply Chicago is the third most common gas in the atmosphere. It is very valuable commercially. It is used in double-glazed windows, in lasers and in the computer industry.
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