Electricity Amplification by Neo Magnet

[libra_spirit]

Last experiment:

I wanted to know what if anything bismuth would do for an arc. I have a slug of 1/2" copper tube filled with bismuth.
Placing this in the HV side of the circuit and arcing its outer copper to another copper tube I observed a multiple arcing effect.
The Bismuth resists the arc and generates an opposing field to it. The arc seems to strike multiple times during one coil transition.

I first tried this directly to the bismuth and noticed it was pitting badly, observing the copper outside it now doing the same only without the pitting indicates the effect is being transmitted into the copper where arcing is not so destructive.

These multiple arc strikes sound like a machine gun! Very cool.
This also seems to intensify the arcs in some way, both brighter and louder, indicating possibly a faster transition, but also some kind of natural pulsating resistance to the arc manifesting as an oscillation.

Dave L

[gotoluc]

These multiple arc strikes sound like a machine gun! Very cool.
This also seems to intensify the arcs in some way, both brighter and louder, indicating possibly a faster transition, but also some kind of natural pulsating resistance to the arc manifesting as an oscillation.

Dave L

Great tests Dave, the louder ark noise was the first effect I noticed then the others as you mention.

In the video I will show how you can convert 12 vdc to 120 vac just by using a magnet and a transformer, no other electronics are needed. It is the most efficient inverter I have seen to date. I have even tried to close the loop and see what it would do, it's kind of cool, it sounds like when you cut the power to a motor, it winds down. Now mind you that I had to convert my output back to dc to feed it back to the magnet since you cannot pulse ac on the magnet.

Anyways stay tuned for the video.

Luc

[libra_spirit]

Luc,

I had another thought on this. If one was to wrap iron tie wire around a toroidal type magnet, like my cylinder with a hole through the center, and get it insulated enough, you could pass the circuit through a very long magnetic field of iron using only one magnet.
Now you need to pass this into a very thin silver arcing tip. The copper and iron wear down too fast for continous arcing like this.

May try this when I get some time. Busy charging the Joe Cell water today with a new electrolizer.I will watch for the vedio, thanks.

Dave L

[xee]

@gotoluc ,
I just read your experiment. The video is very good. I would agree that the increase in voltage is due to the faster rise and fall times of the current through the coil due to sparking. If you haven't seen the videos by Hydrogen Tap you might want to look at 100 to 103. He noticed sparks coming from magnets perpendicular to north-south axis of magnet at low voltages.
http://www.youtube.com/watch?v=ltnlviCqu70
There seems to be some mechanism in the magnets that stores up energy and then very quickly discharges it as a spark.

[xee]

@gotoluc ,
Hydrogen Tap was getting sparks about one inch long which would seem to indicate a voltage of hundreds, or thousands, of volts using only a 14 volt input. So maybe this voltage multiplication is also contributing to the higher coil output voltages you are getting. It is hard to see the sparks in his videos. He had a loop with just the spark repeated 16 times, but that seems to no longer be posted. Using two magnets with a tap point between them as in your video seems like to best way to get the voltage out.