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What is Xenon? Precautions for storing and transporting x...
Usually does not seem to be a very good understanding of some of the gas, in fact, he played a big role in life, although in life we are not scientists, nor researchers, are positive contact with these gases, but he developed things are applied to all aspects of our lives, can play an indirect contact process. 1. The formation of xenon...
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Why would anyone use deuterium gas? What are the applicat...
Deuterium gas, a mysterious substance, not only plays an important role in scientific research, but also has a wide range of applications. So what is deuterium gas? First of all, we need to understand what deuterium is. Deuterium is a stable isotope, which means that unlike the hydrogen atoms in ordinary water molecules, it...
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Pressurized liquefaction separates carbon monoxide and hy...
Pressurised liquefaction [carbon monoxide is at -19O°C; hydrogen is liquefied at -253°C] so that the carbon monoxide is liquefied while the hydrogen remains in the gaseous state. This is the best way to separate hydrogen from carbon monoxide. Alternatively, Pressure Swing Adsorption (PSA) is used. Pressure Swing Adsorption is a new type of...
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What are the important properties and applications of hel...
3.Helium application in laser cutting Laser cutting is a high-precision cutting technology commonly used to cut metallic and non-metallic materials. During the laser cutting process, a gas is used to purge the cutting area to prevent the formation of oxides and to reduce laser scatter. Helium is an ideal purge gas because it is...
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What are the important properties and applications of hel...
Helium is a colourless, odourless and non-toxic inert gas that is now widely used in industrial applications where it plays a significant and valuable role and has key properties. Helium has a number of unique physical and chemical properties that make it a very valuable gas for use in related fields and plays an important role in deci...
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Neon is used for deep-sea diving to help breathe.
As light helium gases (e.g. helium, neon) have little or no anaesthetic effect on the human body, they can be used instead of nitrogen to formulate breathing gas mixtures for deep sea diving operations. Neon-oxygen or helium-oxygen breathing gas mixtures can effectively reduce the physical exertion of divers due to their lower density and ...
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Low temperature engineering applications of neon
It is well known that the liquid temperature range of the industrial gas helium is 2×10-3-5.20 K, the liquid temperature range of hydrogen is 14.2-33.0 K, and the liquid temperature range of the industrial gas neon is 24.5-44.40 K. Because neon is chemically inert and has a high latent heat of evaporation (2.7 times that of liquid hydroge...
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Neon is used as an electrical light source and as a test ...
Industrial gases are used in almost all modern light sources in the helium group of gases. Neon is mainly used to fill various fluorescent lamps, luminous signaling devices and glow lamps. The industrial gas liquid neon is also widely used in cryogenic radiation detectors, as well as for other specialized instruments in space explo...
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Common sense safety precautions in the use of gases (2)
In the process of using industrial gases, should be used to understand the relevant knowledge of industrial gases and safety precautions, to avoid the occurrence of safety accidents, the following special gas editor to tell you about the use of the body should pay attention to the safety of common sense. 7. To prevent reflux and backfire...
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Common sense safety precautions in the use of gases (1)
In the process of using industrial gases, should be used to understand the relevant knowledge of industrial gases and safety precautions, to avoid the occurrence of safety accidents, the following special gas editor to tell you about the use of the body should pay attention to the safety of common sense. 1. gas in the transportation and ...
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Advantages of carbon dioxide mixture in welding process
Pure carbon dioxide is a heavier gas than air and has high thermal conductivity, resulting in a wider arc and weld. However, it also has strong oxidizing properties, which leads to larger spatter during welding. On the other hand, argon is also heavier than air and can effectively protect the molten droplets and weld pool during welding, r...
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Principle of operation of argon fluoride excimer lasers
The Argon Fluoride Excimer Laser is a laser device that utilises the excited state decay of the excimer ArF* to emit 193nm photons. The principle of operation is quite subtle, with the amplification and emission of photons being achieved by a discharge and reaction process. As the discharge passes through the Ar/F2 mixture, Ar+ ions ...
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