Plasma Batteries and Capacitors
Plasma capacitors accumulate and store plasmatic energy to create a magrav field gradient or potential difference. As this configuration is similar in principle to a capacitor in an electric circuit, the plasma formed in this configuration is called a capacitively coupled plasma. By contrast, when an electric field is generated between 2 electrodes, atoms are ionized and release electrons.
There are several variations of design and of course many 'flavours' or capacities depending on the strength and type of gans used, and the quality of nano coating.
Typical Capacitor make up:
1. Coil copper wire anti-clockwise 18 turns using 4 or 6mm diameter bar - leaving tails, one end long enough to be cut and used as central wire within the coils
2. Loop each end of the tails.
3. Nano coat by hot or cold caustic method, then cut the long tail for centre wire and cold caustic cut ends
4. Use baking paper just smaller width than the stretched 18 turn coil – use GANS paste and wrap in the baking paper around the central wire, until the core is nearly thick enough to fit into the outer coil; then wrap a final sheet of Aluminium foil around the assembly, and slide into the outer coil winding.
5. Slip over heat shrink plastic long enough to cover coil lengths – use heat gun and shrink onto coils.
6. Then use Silicone to seal both ends to seal in the GANS and paper.
There are several variations of design and of course many 'flavours' or capacities depending on the strength and type of gans used, and the quality of nano coating.
Typical Capacitor make up:
1. Coil copper wire anti-clockwise 18 turns using 4 or 6mm diameter bar - leaving tails, one end long enough to be cut and used as central wire within the coils
2. Loop each end of the tails.
3. Nano coat by hot or cold caustic method, then cut the long tail for centre wire and cold caustic cut ends
4. Use baking paper just smaller width than the stretched 18 turn coil – use GANS paste and wrap in the baking paper around the central wire, until the core is nearly thick enough to fit into the outer coil; then wrap a final sheet of Aluminium foil around the assembly, and slide into the outer coil winding.
5. Slip over heat shrink plastic long enough to cover coil lengths – use heat gun and shrink onto coils.
6. Then use Silicone to seal both ends to seal in the GANS and paper.
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This website are providing good quality parts/kits: https://www.dva.si
Very good set of instructions here: xochipilli.wordpress.com/2016/06/12/plasma-energia-libre-y-electricidad-saludable-la-prueba-definitiva-y-datos-interesantes/ Teaching from 94th KSW by Mr Keshe on making plasma batteries: https://www.youtube.com/watch?feature=share&v=6RA-2xRk1Yo&app=desktop |
this boosted battery has never run out, lighting the LED forever, not at full brightness, but enough to make us re-think a few concepts we have.
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