I have a field, controlled by magnets. A ring, within a ring. Causing a spiral of plasma to spin either counter clock wise or clock wise which can be changed upon build specifics. But they use RF to control the disruption of the material. So, we have Mag Field one, inner core, spinning around CCW, or CW, we have Mag Field two spinning within the system around it, to form a casing which spirals as it moves. The spiral causes turbulence.
If it were a food it would be a doughnut.
The plasma would be an eternal atomic pastry. The islands that cool the system down to uselessness would be the crust of the foodstuff reacting to the outer limits of the system, unbeknownst to the user. So what do you do to stale dough. You shear it away from the wanted plane as fast as possible before it ruins the rest of the dough.
So what’s to be done with our reactive doughnut? Let it continue on with it’s crust that forces a problem, or to sharpen a series of knives against the target in all points of contention possible and have them run as a continuous subsystem through their RF control modulations to become the disruption of disruption’s disruptor.
1GHZ+-20MG use of microwaves, means it must be of higher depth into the system to hit all points so that no islands may form. Means higher hertz minute width singularly but encompassing the entirety of the system so no islands may form this can be explained down below.
If using hydrogen to react like the common copper connection ie freely moving electrons, you will get electron slag, where they have bounded off of one another or burnt out completely due to the age of the atom or the space available not being ideal within the plasma to cause some cooling effect. If the chain reaction lasts long enough you get these islands.
If you were to use mm RF Waves (I think I’m heading in the right direction, but if they’re not the smaller particles with a higher hertz move the other way please).
you could hit all points of the plasma at once or in alternating waves at an angle to cause the internal spiral to lessen, become stagnant, or even reverse in eddies so as to have sectional heat relative to what is wanted but in a much smaller package as it has greater volume of collision points within the toroidal rings over time and the collection points can then be managed as needed down the very electron required as well. Then the neutrons spilling out wouldn’t be just one justified place, which is just a start, but many spoked areas. It also means if an island forms it is likely to form away from the points of collision or perhaps at the points of collision and we would have more information to work with. If it’s at the points of no collision, they’re too far apart and moving too slowly and that’s where you pump your energy back into the system. If it’s at the points of collision, it’s either a fusion or slag that has now been broken up into many smaller slivers that can be blasted through atomically or by a higher RF as stated above and broken down to its plasma heat level that everyone wants. Either way it might help with the design.