Electrical igniter for gas engines A keystone to understanding by Magluvin

[woopy]

Hi Mag and Jesus

the video is not aiming to a magnetic ramp or smot or motor. Perhaps it can do but the aim is to check the EDGE CURRENT.

So in your link in your reply 751 i lookewd arround the DISTINTI .com website and found this link

http://www.distinti.com/docs/nm.pdf

Were they try to explain a new version of magnetism.

So related to this theory , the magnetic field should not be a DONUT as per standard theory, but  it should be spherical.

They made the small experiment as per my video to demonstrate that there is an " edge current " arround the magnet. Which we can see with a detecting screen.

I simply replicate this experiment , to see if it is true and it is, this edge current does exist, and it explains why the steel ball do not stay in the middle of the magnet, but stick between the repelling magnet , because the edge currents are adding and create a very strong magnetic field much greater than magnetic field which is in the center of the magnet.
I have to go deeper in this theory because it seems to be interesting . What do you think.

perhaps this can help in our inductor working process

good luck at all

Laurent

[nievesoliveras]

@woopy

Even though it is clear that you are headed on a different direction. Could you make the experiment of the six magnets on a row with pattern N S S N S S and the metal ball rolling from the right to the left to see if the ball gets to the first N magnet at the left?

That is if you have the six magnets and the time to do the experiment.

Jesus

[woopy]

Hi Jesus

i did the test with 7 magnets as you mentionned ,just for fun

And no surprise, if you put the steel ball at the beginning of the ramp the ball cross all the ramp and sticks on the last magnet.

And if you try to start in the middle of the ramp you have no acceleration so as usual in those ramps no interesting result. I mean if the ramp is very long the ball will stop in the middle. There is no continous motorisation here.

Sorry

So we have to focus in the EDGE CURRENT on my video. Do you think it can helps on our quest, of the inductor fonction ?

Laurent

[Magluvin]

Hey Woopy

What do you have in mind with the edge currents?

Im just not sure what your getting at.  ;]

Mags

[nievesoliveras]

Hi Jesus

i did the test with 7 magnets as you mentionned ,just for fun

And no surprise, if you put the steel ball at the beginning of the ramp the ball cross all the ramp and sticks on the last magnet.

And if you try to start in the middle of the ramp you have no acceleration so as usual in those ramps no interesting result. I mean if the ramp is very long the ball will stop in the middle. There is no continous motorisation here.

Sorry

So we have to focus in the EDGE CURRENT on my video. Do you think it can helps on our quest, of the inductor fonction ?

Laurent

Thank you @woopy!

I just do not have a clue on how to use the edge current.
But there is a pdf that tells how to make a permanent magnet motor that uses the edges of two magnets as drivers.

Jesus