Tuesday, February 13, 2018

good afternoon, welcome back to war! we might have a break here, for the fuel suitable for nuclear fission. Now, we need hydrogen fuel (they call it now a new tech on cell fuel, or nano storage) , and you have also this hydrogen propulsion turbo, on a experiment at "viking lady" ship. However our break is here...camping....

For power off-the-Grid and on-the-Go, HYDROGEN REACTORTM high-science device combines hydrogen and oxygen to produce electricity on-the-move and under any…
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Elsa David yeah darweb...you can carry this on board...
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Elsa David but here's the major question, the fuel for nuclear ogives, is based itself on nuclear spent fuel...even if with a propulsion of hydrogen inside glass spheres
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Elsa David this means you have to "chock" isotopes against eachother to give power to the implosion

Elsa David this was the ideal...the hydogen storage fuel , on some shipsGerir
Beneficiário Original Raytheon Company
Data de publicação 31 Dez 2013
Improved liners and explosive devices having improved liners are provided. In accordance…
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Instead of being used to generate high velocity particles in a narrow cone, a Casaba Howitzer can be used as a nuclear version of modern HEAT rounds. A metal cone is partially melted and squeezed into a jet by the detonation of a nuclear shaped charge. The only requirement is that the energy deposited into the metal lining is not sufficient to vaporize it. It would achieve higher velocities by allowing it to vaporize, but would expand into uselessness, as any gas would. A 'direct' nuclear EFP, where the thermonuclear explosive is in contact with the metal cone to exploit the Munroe effect, produces a projectile with a velocity calculated by the Gurney equation: V = ( (2*Y*E)^0.5 )*(((1+2*M)^3 + 1)/(6*(1+M))^-0.5) V is the velocity achieved, in m/s. Y is the yield of the nuclear device, in joules. E is the efficiency is the device, about 0.85 for nuclear shaped charges. M is a ratio: explosive mass divided by projectile mass. In this case, explosive mass is the mass of the beryllium that absorbs the nuclear device's X-rays and converts them into thermal energy, thereby becoming a working fluid. 1kt NEFP Y is 0.1kt or 0.42TJ E is 0.85 M is 0.2, as recommended by the original Orion study V = 2619km/s