Magnet coil cores, demagnetization power and Lenz delay.

[synchro1]

Great for you.  Be sure to let everyone know the day that Hell freezes over and you are able to successfully close the loop and make a self-runner.

Steam punk!

[MarkE]

Steam punk is great.  The trouble here is that no matter how you configure your contraption, it will perform worse than if you simply didn't induce any current into a secondary in the first place.

[synchro1]

Steam punk is great.  The trouble here is that no matter how you configure your contraption, it will perform worse than if you simply didn't induce any current into a secondary in the first place.

The Chris Sykes PDF showed a test on page 13 and 14 where a magnetic field slowed current by a very measurable amount in copper wire. His test proves DLE is more then a just a core effect and involves the coil as well.

http://www.hyiq.org/Downloads/Guidelines%20to%20Bucking%20Coils.pdf

Anyone interested in prolonging the acceleration effect beyond what the diode coil can deliver can simply turn a thumb screw by hand.

[MarkE]

The Chris Sikes PDF showed a test on page 13 and 14 where a magnetic field slowed current by a very measurable amount in copper wire. His test proves DLE is more then a just a core effect and involves the coil as well.

Anyone interested in prolonging the acceleration effect beyond what the diode coil can deliver can simply turn a thumb screw by hand.

Inductors slow the propagation of currents quite effectively.  They do that by conforming to Lenz without any delay at all.

[synchro1]

Inductors slow the propagation of currents quite effectively.  They do that by conforming to Lenz without any delay at all.

The test shows that the presence of a magnetic field slows the current in an inductor more then the inductor slows the current in the abscence of the field. It dosen't sound like you even took time to look at the test. You're just parroting some more drill work.