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  2. Breathing performance of regulators - Wikipedia

    en.wikipedia.org/wiki/Breathing_performance_of...

    Very few regulators can pass this test because all regulators will form ice in the second stage under the extreme test conditions, though this may not cause the regulator to free flow or go outside the performance criteria. [9] The cold water testing specified in EN250:2000 has scuba regulators tested in water 4 °C (39 °F) or colder.

  3. Gelisol - Wikipedia

    en.wikipedia.org/wiki/Gelisol

    The word "Gelisol" comes from the Latin gelare meaning "to freeze", a reference to the process of cryoturbation that occurs from the alternating thawing and freezing characteristic of Gelisols. In the World Reference Base for Soil Resources [1] (WRB), most Gelisols belong to the Cryosols. In soil taxonomy, Gelisols key out before the Histosols ...

  4. Mechanism of diving regulators - Wikipedia

    en.wikipedia.org/wiki/Mechanism_of_diving_regulators

    If the cylinder pressure is 2,500 pounds per square inch (170 bar) or more, and the flow is great enough, (50 to 62.5 lpm), ice will often form inside most second stage demand regulators, even in water of 7.2 to 10 °C (45.0 to 50.0 °F) Once the water temperature drops below 4.4 °C (39.9 °F) the possibility of developing ice in the second ...

  5. Aqua-Lung - Wikipedia

    en.wikipedia.org/wiki/Aqua-Lung

    The invention revolutionised autonomous underwater diving by providing a compact, reliable system capable of a greater depth range and endurance than its precursors, and was a major factor influencing the development of recreational scuba diving after WWII. The twin-hose Aqua-Lung demand regulator is the foundation of all modern scuba regulators.

  6. FBI searching for drone operator that grounded aircraft ...

    www.aol.com/fbi-searching-drone-operator...

    The FBI announced on Monday that it is seeking information about the collision of an unauthorized drone with a firefighting aircraft that was flying over the Palisades Fire in Los Angeles County ...

  7. Buoyancy compensator (diving) - Wikipedia

    en.wikipedia.org/wiki/Buoyancy_compensator_(diving)

    The suit will have regained almost all of its buoyancy and they are carrying about 7.5 kg of gas so will need about 7.5 litres of gas in the BC to compensate. At this depth a 1 m decrease of depth will cause the gas in the BC to expand to 1.3/1.2 × 7.5 = 8.125 litres, a difference of 0.625 litres.

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