Bender_
21st May 2017
24th May 2017
Ive never seen any controlled real fusion reactor w.out DMND or cheaty materials. mine is fully destroyable and self-sustaining. of course you can regulate and make it explode but theres a security system that prevents any fail from exploding everywhere.
reactor
cute
uranium
bagels
very
selfdestruct
dankage
tokamak
fusion
blood
Comments
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This may sound weird, but can I borrow this design for a roblox game I'm making?
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how to melt/fail to start-up fusion reactor: cool reactor below 200-100C and start-up reactor
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for me cooling is working ok or am i missing something but other than that +1 well deserved for such hard work hope you continue making awsome science things like these
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for the cooling system,why not use nitrogen?
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just good
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still, desactivating HSWC to cool core would mean I want to deactivate it. and I want a cooling system that is able to perfectly counteract heat generated; It would be at 22 or less than 200 degrees celsius at the coolest gel tube point and at 9500+ degrees at the hotter gel tube point. - The only thing I guess could counteract heating power of uranium is liquid nitrogen as it disappears once it exchanged it's coolness :p
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To be honest, I don't think there is a cooling system capable of counteracting the heat of uranium at the high pressures in the reactor. I've tried putting CFLM directly into core itself and the URAN always seems to keep it very hot.
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Hmm, yeah I noticed this problem when testing it for myself, maybe you could try using HSWC to channel heat into the reactor from another source. So you can have an easy way to turn off excess heat when you want to cool down the reaction when fusion has stopped.
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If I find a way to drain pressure fast, fusion would stop. And I don't want that! my quest for an efficient cooling system is a quest for a cooling system that is able to counteract the heating power or uranium :/
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Transgender: Thanks for the help! but I've already thought about this: if there's no uranium the fusion needs to evacuate co2 that does not have enough temperature to fuse into oxygen, and if I wanted to do a reactor without uranium it would mean because of the co2 problem that I'd need to rebuild entirely the reactor.