I think that the gas will be thrown out from the water as it becomes Ice.
If the freezing takes place in a closed vessel- the pressure inside it will increase.
I don't think a substantial amount of the dissolved gas will be trapped in the Ice.
Thanks for your attention
Yosi Scolnik
It all depends on temperature and pressure. There is such a thing as gas hydrates (clathrate hydrates). ...Google.
D.
thanks clatharte are indeed formed in water saturated with argon or nitrogen . Nanobubbles of the gas are hydrophobic - so the water "pays" in entropy for gaining enthalpy- and creates the clathrates - ordered -so reducing entropy - to get as far as possible from the hydrophobic nanobubbles. The question is - will the ice be formed with the embedded nanobubbles inside it, or will the gas be expelled during the freezing.
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