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ARYT
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I'm currently working on a new paper on how to increase the efficiency of space rockets (both in performance speed and power).
Getting the idea from a simple CRT (Cathode ray tube) and how the beams make an object move in the tube; I came up with this idea to use the same thing in a typical combustion chamber.
Let's imagine we have an indefinite source of electricity (that's not possible in reality for now). We benefit the same manner as in particle accelerators to create high-energy beams.
Do you think the annihilation and all that stuff result in a more efficient space rocket?
In detail (particles get annihilated + the fuel is detonated in a more efficient way + the concentration of high-energy beams makes it possible to force the explosion in a straight line, rather than a classic spherical one that wastes the energy on the rocket body + possibly a higher rate of mass to energy conversion during the combustion).
Cheers
Getting the idea from a simple CRT (Cathode ray tube) and how the beams make an object move in the tube; I came up with this idea to use the same thing in a typical combustion chamber.
Let's imagine we have an indefinite source of electricity (that's not possible in reality for now). We benefit the same manner as in particle accelerators to create high-energy beams.
Do you think the annihilation and all that stuff result in a more efficient space rocket?
In detail (particles get annihilated + the fuel is detonated in a more efficient way + the concentration of high-energy beams makes it possible to force the explosion in a straight line, rather than a classic spherical one that wastes the energy on the rocket body + possibly a higher rate of mass to energy conversion during the combustion).
Cheers
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