In pharmacy, argon can be used to protect some intravenous medications, for example, paracetamol. Again, this is to prevent the drug from being damaged by oxygen.
Trackers used to cool the AIM-9 Sidewinder missiles, which were all stored at high pressure at that time, then took some heat away when the gas was released.
For the protection of graphite furnace gas, lest it be oxidized.
In addition, the low heat transfer rate of argon is one of its characteristics, as it can be used as a filler between two layers of glass in an insulated window. Because of its low heat transfer rate and inertness, argon can be used as scuba diving suit gas in scuba diving. Argon can also replace nitrogen in the scuba (absorbing pure oxygen is bad for the body, so other gases are added to the scuba), because nitrogen can dissolve into the blood under high pressure to cause nitrogen anesthesia, which can be reduced by argon Symptoms.
Argon can be ionized and glowed using specific methods that can be used for energy meters in plasma lamps and particle physics. Argon-made argon lasers emit blue light, which can be used in medical surgery to connect arteries, remove tumors and treat eye defects. Argon can also be used for sputtering. In addition, Argon-39 has a 269-year half-life that can be used to determine the age of groundwater and ice, while the K-Ar dating applies to the decay of K-40 to Ar-40 to determine the age of igneous rocks.
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