Depth

1. You may have noticed that even the very fast tissues have not quite reached the Nitrogen partial pressure of the breathing gas at a depth of 40 m. (Web site)

Nitrogen

1. The only effective way to counteract the narcotic effect of nitrogen is to lower the nitrogen partial pressure.

Increasing Depth

1. The advantage of this method is that the nitrogen partial pressure does not increase with increasing depth. (Web site)

Nitrogen Absorption

1. Progressive increases of nitrogen partial pressure enhance helium washout, but also minimize nitrogen absorption in those same compartments.

Equivalent Air Depth

1. This depth is called the Equivalent Air Depth (EAD). For example, the nitrogen partial pressure in a 68% nitrogen 32% oxygen mixture at 63 fsw is 2.0 ata.

Nitrogen Partial

1. At depths of 90 metres (300 feet or nitrogen partial pressure of 8 bar) nitrogen narcosis leads to hallucinations and unconsciousness.
2. When breathing air, serious impairment due to narcosis starts at depths of about 30 metres (100 feet) or a nitrogen partial pressure of 3.2 bar. (Web site)
3. At depths of 90 metres (300 feet) or nitrogen partial pressure of 8 bar nitrogen narcosis leads to hallucinations and unconsciousness.

Categories

1. Nitrogen Narcosis
2. Equivalent Air Depth
3. Nitrogen Absorption
4. Breathing Air
5. Unconsciousness
6. Books about "Nitrogen Partial" in Amazon.com
   

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