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Used in Scuba diving. It is a a breathing gas consisting of air mixed with a higher percentage of oxygen than normal air (40% and above is uncommon within recreational diving). The two most popular blends is EANx32 and EANx38 (also named Nitox I and Nitrox II). |
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Used in Scuba diving. It is a a breathing gas consisting of air mixed with a higher percentage of oxygen than normal air (above 40% is uncommon within recreational diving). The two most popular blends are EANx32 and EANx36 (also named Nitox I and Nitrox II). |
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There are several ways of mixing Nitrox. One can fill some pure oxygen onto a tank and then fill with air to make the wanted mix. Other ways is to remove nitrogen then filling air with a special filter/membrane or have it premixed industially amogst other. |
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There are several ways of mixing Nitrox. One can fill some pure oxygen onto a tank and then fill with air to make the wanted mix. Another way is to remove nitrogen from air with a special filter/membrane or have it premixed industrially. |
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Warning: Diving with Nitrox og dealing with nitrox fills araises lots of potetially fatal dangers due to the high partial prssure of oxygen. Tanks may explode if treated improper. |
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Diving with Nitrox and dealing with Nitrox mixes raises a number of potentially fatal dangers due to the high partial prssure of oxygen. Tanks may explode if treated improperly. |
Used in Scuba diving. It is a a breathing gas consisting of air mixed with a higher percentage of oxygen than normal air (above 40% is uncommon within recreational diving). The two most popular blends are EANx32 and EANx36 (also named Nitox I and Nitrox II).
There are several ways of mixing Nitrox. One can fill some pure oxygen onto a tank and then fill with air to make the wanted mix. Another way is to remove nitrogen from air with a special filter/membrane or have it premixed industrially.
Using EANx means that the rate of nitrogen absorption into the body is reduced. So the length of time a diver can remain at depth without requiring decompression increases (115 minutes versus 55 minutes at 60 feet) and the risk of [decompression sickness]? is reduced by lowering the nitrogen levels within the diver's body tissues.
Diving with Nitrox and dealing with Nitrox mixes raises a number of potentially fatal dangers due to the high partial prssure of oxygen. Tanks may explode if treated improperly.
It is not a deep-diving gas mixture.
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