Sound waves inside an inert gas fusion reactor

AI Thread Summary
Sound waves could potentially be applied in fusion reactors, particularly in inert gas reactors or fusors, for active confinement of plasma. However, using sound waves in a gas that contacts the plasma may lead to energy conduction and convection, which would cool the plasma rather than confine it effectively. Existing fusion confinement methods utilize vacuum vessels to prevent such energy loss. The discussion also references sonoluminescence as an interesting phenomenon related to high-energy ultrasound in liquids, though skepticism about its relevance to plasma confinement is expressed. Overall, while the concept is intriguing, practical application in fusion remains questionable.
Andrewtv848
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Using sound waves to confine a plasma.
Hey, its that under educated guy again, I hope the mighty big brains can spare me my feelings. Anyways, I saw this toy that levitated a ball of water using nothing but sound waves. So naturally I tried to apply this to a plasma and fusion. Using a inert gas reactor, or a fusor for that matter or magnetic inertial confinement fusion. I was thinking the sound waves could be used in a active confinement scheme.
 
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Andrewtv848 said:
I was thinking the sound waves could be used in a active confinement scheme
Using "sound waves" in a gas in contact with the plasma will conduct/convect away energy, cooling the plasma. That's why existing confinement fusion schemes have the plasma confined in a vacuum vessel of some kind.
 
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