Method 4 Phase Solenoid - 4x Flux Density - 4x Magnetic Torque 3D model

Method for 4 Phase Solenoid - 4x Flux Density - 4x Magnetic Torque - Concept.

Here i describe a method to get 4 times as much electrons to the top capacitor location, as normally electricity finds the fastest, most direct way, it will not make much use of the other locations or available chargeable area on the electrode at the same time.

if we wish to fully saturate the top toroidal capacitor with as much electricity as we can, we must supply power over 4 different [colored] phases, 4 separated, insulated circuits acting as one, or supply power from 4 cardinal directions, all at the same time, performing the exact same function.Here i have created 4 copies of the exact same insulated solenoid, all with the exact same amount of turns, if we pre machine or automated assembly of them, they will all fit perfectly like a glove, using each other negative space to exist in, as each solenoid is turned exactly 45 degrees from the next, you could even go as far as 8 phases or more.

Using 4 phases, i predict the magnetic Flux density, will drastically increase when compared to one single thread, as we now create 4 actual magnetic fields, in the same space, functioning the exact same way but physically placed in phase from each other.

this method might also improve magnetic grip, less magnetic slippage, E.g. 4x more or stronger, useful magnetic torque.

for this method i also use a similar trick, of creating 4 Primary phases for each cardinal direction, for the Primary, thicker coils. i combined two different Primary coils on Top of the model, and 2 different Primary coils below the model, both are now 180 degrees separated, thus i could fit the entire system in the same exact space, no bigger than a single copper wire.

perhaps this method could increase how fast we can fire a metal projectile, electro magnetically. perhaps we can get a much higher total voltage to spark from the top capacitor toroid, making a Tesla tower even more visually spectacular., as more sparks is more better.

The plastic insulation could be 3D printed solid, making sure they are all 4 always the exact same copies, allowing for most easy assembly, to then simply fit a copper wire through them and perhaps feed them with 4 separated circuits, allowing for more finer control of the flux.if you made a copy of the solenoid 3d shape, and scaled the set down a couple of times, you could create a radial multi stage inward step up transformer, creating ultra high voltages in the center. because of the scale, the wire thickness would automatically have to scale as well.

the parts are all included and exported in different formats, yet this 3D model is intended more conceptual, than beautiful.thank you for reading, thank you for your support, please leave a like if you enjoyed.