Confirming the Delayed Lenz Effect

[synchro1]

@MileHigh,

"Bifilar windings are used at metal scrap yards as electromagnets since they do more work per kwh"

Quit trying to pretend that the Tesla "Scrapyard bifilar electromagnet" dosen't really do anything special based on some side tests run by you.

.

[MileHigh]

Synchro1, I am not pretending anything, just sharing information with you.  I can't comment on your "out of the blue" comment about scrapyard electromagnets except to say that scrapyard electromagnets will behave exactly the same way as an electromagnet on your bench.

To be helpful, I did a search on "ampere turn" for you.   This is from one of the first few links:

<<<<<<<<<<<<<<<<
It has been found that an electric current sets up a magnetic field
similar to that produced by a permanent magnet. This action is known as
Electromagnetism and is very important in many devices. A desirable
feature of electromagnetism is that it is possible to control the strength
and polarity of the magnetic field. When current exists in a coil, the coil
has all the magnetic qualities of a permanent magnet and is called an
Electromagnet. If this electromagnet is brought near a permanent
magnet or another electromagnet, the like and unlike poles react exactly
as explained for the permanent magnets. Moreover, an increase of current
in the coil increases the strength of the magnetic field, and a decrease
of current weakens the field.

Ampere-Turns:

When the number of loops or turns of the coil is increased and the
current remains the same, the strength of the magnetic field increases.
Each loop or turn of the coil sets up it's own magnetic field, which unites
with the fields of the other loops to produce the field around the entire
coil. The more loops, the more magnetic fields unite and reinforce each other
and, as a result, the total magnetic field becomes stronger.

To compare the magnetic strength of different coils, and to obtain
a basis for measuring the magnetomotive force of an electromagnet, the number
of turns of wire is multiplied by the number of amperes of current carried
by the wire and the result is called Ampere-Turns (NI). The ampere-turn
is the unit for measuring the magnetomotive force of a current-carrying
coil. In a formula, the magnetomotive force in ampere-turns can be expressed
as:
F = NI
F = magnetomotive force in ampere-turns
N = number of turns
I = current in amperes
For example:
A coil with 10 turns and a current of 10 amperes has an F of 100
ampere-turns.

The above excerpted from: http://ourworld.compuserve.com/homepages/boyce_smith/magnets.htm

Ampere-turns per meter is just as it reads, the number of ampere turns per length of the electromagnetic coil.
>>>>>>>>>>>>>>>>>>>>>>>>>

Now, armed with that information, can you state what the mistake is in the clip that you linked to?

MileHigh

[skycollection]

Hi Conrad, you are wrong with your conclussions and measurments, we need technology to make a prediction of the results,please not confuse more to the people, i will make an analisis of the pancake coil in the best laboratory in the world very soon...! saludos jorge.

[synchro1]

View this as a concept:

[Magluvin]

One important thing to note...

One cannot test the difference between a bifilar coil vs a single filar coil just using a bifilar coil wired differently for each test.

You have to have 2 separate coils, 1 wound and connected series bifi and one wound single filar with each having a total number of the same wire turns. Example, single filar is 100 turns of single strand, and the bifi is 50 turns of 2 strands equaling the same amount of wire on each bobbin, just connected differently.

There is a difference in how these coils react to input.

Mags