Electromagnetic pulses

at the time, special physical operations employ me:

Every one of you power controls  the "can crushing". Take a high-capacity capacitor with a regular voltage and blow the whole power in a small thick stranded coil and "Bums". The rifle is flying hundreds of meters far or it is torn into the coil.

Now my concern:
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Theoretically, it could be with higher resistance and thick folding iron core (or ferrite) discharged the power in a thick coil. Yes a power surge should be kept buildable with a secondary coil. Since its full effect has the power, also a few number of turns, high voltage surges must be kept buildable from a few secondary windings.
Of course, you can't expect that also the iron core is heavily charged, flies ferrite perhaps around the ears. If but everything is so tightly constructed that there is no mechanical problems, could it not be that meter flashes could be generated?

On the Web I found unfortunately nothing, anyone who has experience with such experiments. Maybe someone of you knows what?

Would be nice if you would write me a message, or know anything about. If you a coil with iron core wrap, you got a throttle built. and because magnetic fields nunmal counteract their cause, he would reduce electrical impulse rather dramatically.
-> inductive current limiting

If you choke a high voltage pulse with a want to produce, had to properly hunt through current (best DC) and then switch off. that would be the principle of a then Starter throttle in fluorescent lamps.
If you then still a coil with many turns around the throttle wrap, a giant coil hurry nothing else happens inside coil. When the switch off of the current arises through the self-induction a high voltage pulse, which ultimately ensures the spark