Hi
I kind of include in my post a little bit of written reasoning, that your answers actually adds to, I read them as more or less expanding my initial question with some further technicalities.
About the "bomb" part, you have take in concideration that a "Pressure cooker(exaggerated):
http://upload.wikimedia.org/wikiped...d_by_Georg_Gutbrod,_Stuttgart,_about_1864.jpg".
One option is to design it to be sealed with a mechanical pressure release valve, that only opens if the pressure inside raises beyond a threshold, determined by using some kind of shape that fits in a tiny hole in the lid, with a heavy enough weight to match a certain pressure. I just throwing out some thoughts here.
I am also aware that the winding resistance and number of turns are critical, but the size of the coil and the container in relation would be the first to start with, but speaking from research, the induction coil will actually be the "L" in an RLC-circuit.In such a circuit, the capacitor bank and the induction coil determines the resonant frequency of the circuit, at resonance the current will naturally increase a lot, the trick is actually how the metal container to be the furnace inside the coil are constructed. Because the coil stores electrical energy in it's magnetic field, and when the magnetic field reach the full potential, it will then break down and pass the current to the capacitor who stores the electrical energy in a internal field, the time between this two operations would then be called one cycle, or for the sake of your comment 1Hz speaking in frequency. But the metal-container will act as a 1-winding secondary coil, and it will be coupled with the magnetic field, so when calculating the resonant frequency of the circuit, you will have to make sure that the disturbance and phasing of the circuit is right when the container are in place, and that the current is right, I figure about 900-1100°C max temperature in the iron pot, Because I do not want a melting furnace, only a IC-chip and other-stinky/small-chips-&-components-that-needs-to-be-pulverized-later-for-gold incinerator.
The link I added earlier shows a great example for ideas to making it work. The whole idea is to use a iron pot and a current to generate enough infrared heat to replicate & replace use of open flames and/or gas burners.
The container may not be a lot bigger than a PVC pipe Ø, and could for example have some fire-bricks as lid to hold off the worst fumes as chips warms up and burns.
I may add that the intended design is not meant to be a complicated idea, as all this technicalities may indicate
