New way to transport fuel in spaceships.
New way to transport fuel in spaceships.
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Something that is little talked about about reaching Mars is the possibility of discovering that the tank is empty upon getting there, no chance of returning, no plan B, only the silence of deep space in response, it may seem absurd, but that was a real risk until now.
To solve this, NASA creates a cooling system called two caps or tube inside the tank, tested at the Marshall Space Center in Alabama, the idea is brilliant, two circuits of liquid ice circulate in different layers around the fuel tank, creating a kind of thermal cocoon that blocks the heat. In the first stage, tubes containing helium at -253º surround the fuel tank itself, keeping it cold enough so that the liquid remains stable.
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But does it not require a lot of energy/fuel to cool down this system? So more weight and more fuel to run the cooling system.
Excellent question; I understand that there is a "warming" effect in the hydrogen boiling range of -424 degrees Fahrenheit, the aim is to always keep it liquid through several stages, it only has to lower a few degrees in each stage so that the proposed system works to be used and transported in space conditions and that it does not require excessive energy consumption for fusion.
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