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Solid Oxygen
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Google tells me that the freezing point of oxygen is -222.65 degrees Celsius. For you Yanks out there, that''s colder than you could possibly imagine.
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Drop it into a well that''s been cooled to absolute zero.
I have seen liquid Oxygen, but not solid. Liquid is a sweet blue colour. What about solid?
ANDREW RUSSELL STUDIOS
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ANDREW RUSSELL STUDIOS
Cool Links :: [ GD | TG | MS | NeHe | PA | SA | M&S | TA | LiT | H*R ]
Got Clue? :: [ Start Here! | Google | MSDN | GameDev.net Reference | OGL v D3D | File Formats | Go FAQ yourself ]
Absolute Zero Quick Sheet
Noting that AZ is around -270C. And Oxygen freezes at -220C. I'd say it's a safe guess few people in the world have seen 'solid oxygen' in real life.
-Ryan "Run_The_Shadows"
-Run_The_Shadows@excite.com
-The Navidson Record! The best film you'll never see!
[edited by - Run_The_Shadows on November 10, 2002 3:07:49 PM]
Noting that AZ is around -270C. And Oxygen freezes at -220C. I'd say it's a safe guess few people in the world have seen 'solid oxygen' in real life.
-Ryan "Run_The_Shadows"
-Run_The_Shadows@excite.com
-The Navidson Record! The best film you'll never see!
[edited by - Run_The_Shadows on November 10, 2002 3:07:49 PM]
quote:
I have seen liquid Oxygen, but not solid. Liquid is a sweet blue colour. What about solid?
It's light blue in colour too, if I remember correctly. We have used solid O2 at uni, because of it's paramagnetic properties (not by cooling it down, but through pressure, btw). At higher pressures, solid oxygen actually exhibits very interesting changes. You'll have individual atoms bonding together through pressures, first forming sporadic O3 (an almost black colour in solid form), later O4 (blood red in colour), and finally becoming a superconductor (recently discovered).
[edited by - Yann L on November 10, 2002 1:18:43 PM]
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