3 ms·
You could solve this by compressing the helium onboard, replacing it with air filling a balloon inside. Of course this complicates matters. Another way would b
by Loquebantur 4y ago
You could solve this by compressing the helium onboard, replacing it with air filling a balloon inside. Of course this complicates matters.
Another way would be to ditch gases altogether and go for containers able to hold a vacuum against air pressure. Something along the lines of an aerogel with an airtight membrane around it.
- deleted 4y ago[deleted]
- latchkey 4y agohttps://www.bauercomp.com/products/helium https://www.bauercomp.com/products/helium """ Compressing Helium requires special purpose-built compressors. Helium gas has a density that is 86% less than air. This means that the compressor has to be built to extremely tight tolerances to effectively compress helium gas without excessive blow-by. Furthermore, helium releases large amounts of heat when compressed, which the compressor must be able to absorb and shed. Therefore, for larger helium compressors, BAUER uses water cooling for the compressor for increased cooling efficiency. Typical helium applications include recovery and compression systems for liquid cooling used in research institutions, particle accelerators, nuclear medicine, aerospace, and military missile applications. Helium recovery and compression is also used in general industrial applications, commercial merchant gas filling plants, heliostat applications, and helium mining. """