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User:PwCasper/Gas spring

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Lead

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Nitrogen is a common gas in gas springs because it is inert and nonflammable. [1] (Cite given)

Article body

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-In the ideal case of a piston moving with zero friction through a fully sealed cylinder, there are two key phenomena which can be thought of as acting simultaneously inside the spring as it is compressed.[2] (Cite given)

-Second, the bottom of the piston always experiences a greater force opposite to the compressing action than the top. According to Sir Isaac Newton's third law of motion. [3] (Cite given)

(Deleting this) Again, this would be the case even if there was no piston attached.[citation needed]

-but instead partially separates the cylinder into two volumes with restricted flow of gas and oil [4] between them, through flow-restriction channels in either the piston or the cylinder wall. (Cite given)

-According to Hooke's Law, If the internal plunger features a diaphragm that extends to the side of the gas tube, it will stop moving once the applied force becomes constant and will support a weight, like a normal spring.[5] (Giving citation to Hooke's Law)

-Some gas springs have fine holes in the plunger for additional damping:[how?] [6] (Cite given to the elaboration)

-A gas spring designed for fast operation(s) is termed a "quick gas spring" and is used in the manufacture of

air guns and recoil buffers. [7] (Cite given)

-A small amount of oil is normally present. [8] (Cite given)

-similar to those used in airbags. [9] (Cite given)

A gas spring can be given adjustable push-in force via a local knob or remote via a Bowden wire. [10] (Cite given)

The intention is that the design can be over-sprung, and then the pressure is reduced in stages to optimize behavior. If too much gas is released, a new spring must be installed. [11] (Cite given)

Consequences

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Poor Manufacturing

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As consumers, they are used in office chairs, truck tailgates, and wheelchairs, just to name a few. A rare concern with gas springs is that if it is made cheaply, using oxygen as its internal gas, the oxygen will combust given enough force. This is because oxygen is a combustible gas [12] while nitrogen is not. [13]

There has been a

References

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  1. ^ Steeves, Brian (2021-11-03). "All About Gas Springs". Steeves Agencies. Retrieved 2024-10-14.
  2. ^ "Technology and characteristics of gas springs". Vapsint. Retrieved 2024-10-16.
  3. ^ "Khan Academy". www.khanacademy.org. Retrieved 2024-10-16.
  4. ^ "Technology and characteristics of gas springs". Vapsint. Retrieved 2024-10-16.
  5. ^ "Does Weight Affect Spring?". Technische veren specialist | Tevema.com. 2024-05-06. Retrieved 2024-10-16.
  6. ^ Rowland, David (2019-04-29). "A Guide to Gas Spring Design and Customization". Machine Design. Retrieved 2024-10-16.
  7. ^ "6 Types of Air Rifles for Air Gun Hunting | Crosman". discover.crosman.com. Retrieved 2024-10-16.
  8. ^ "Technology and characteristics of gas springs". Vapsint. Retrieved 2024-10-16.
  9. ^ Merola, Joseph (1999-10-25). "How do air bags work?". Scientific American. Retrieved 2024-10-16.
  10. ^ Babinec, Brice (2023-02-07). "Understanding Bowden Tubes and Feed Tubes". MLC CAD Systems. Retrieved 2024-10-16.
  11. ^ "How Do Adjustable Gas Springs Work: The Mechanics of an Adjustable Gas Spring". Zhili Gas Spring. Retrieved 2024-10-16.
  12. ^ Dillon, Dr. Stephanie. "The Chemistry of Combustion". www.chem.fsu.edu. Retrieved 2024-10-16.
  13. ^ "What Type of Gas Do Gas Springs Use?". OneMonroe. 2023-12-29. Retrieved 2024-10-16.