Lets say you acclerate a metal slug from 0 km/s too 7 km/s in the space of one metre. Do you know what kind of G-Force is at work there? What metal
can withstand those kind of forces?
A. theres no way in hell u can do it in 1 metre they can only make it go 2 4km/s in 6 metres
yes and i know what g forces are at work and they are not as great as u think
metal can withstand a hell of a lot
they used a big ass capacitor so it boosted the output
also u can run it on less than a kilo volt
just depends on what your firing and what rails u use
Yeh you can, but the trouble with lower voltages is it is much less efficiant (i think sam barros used 450V caps for his!, you want the power to be
dumped from the capacitor bank through the rails and slug as fast as possible.
a gauss rifle works similar but is diffrent all together
the rail gun and gauss rifles use magnetic feilds
but the rail gun uses electricity to make the feild
So a nuclear reactor would not be able to generate pulse power? I would think that with a well designed array of capacitors, you could charge them
with nuclear energy, then create the pulse, much like a camera flash. -Muzz
Or you could use car batteries too charge the capacitor banks. Where the electricty is stored is key, NOT where the capacitor bank is charged from,
the capacitor bank is the key here.