Electromagnetic Generator Theory

[rakarskiy]

In my scheme and Melnichenko's, the Flyback converter system, which has TWO TACTS, is the working one. If we make a four-stroke system and somehow organise the control of the secondary circuit to avoid mutual induction for four cycles, it is quite possible to assume that the Korean generator works on forming the self-induction EMF of the primary circuit to add to the EMF of the generating circuit;

The principle of addition of EMF generation and self-induction I suggested and described in my paper "electric field energy source"

Taking into account the electric field illumination of the first winding, the formula will be as follows:
 I = ((Ew2 +(k*Ew1) - U) / (Rz + r) 
In blue is the very addition, Ew1 with a coefficient k, which is still unclear how to calculate this electric field of the inverse EMF of the primary winding w1, which is increased due to the presence of a resistor R(10K) and a diode, or damper C;R in the shunt circuit. It is at the moment when the voltage is present in the primary winding circuit that the secondary circuit has a current pulse and a large EMF with respect to the source (ballast capacitor) into which the charge pulse goes. Provided that there is also a change (decrease) in inductance (reduction of secondary winding reactance), at the moment of rotor/stator tooth opening, the reverse pulse should be even more powerful.

[solarlab]

Lorentz - Transverse Flux

Hi Rakarskiy,

Please forgive the intrusion here but I need your, or anyone's, "expert Technical" help
(technical amplifications. opinions, references, etc.).

With respect to the EE_TFG it appears the Lorentz Force Law is the only one that might
reasonably apply when explaining the operation of the Transverse Flux generator;
both in the permanent magnet generators (TFPM) and the proposed Electromagnet
(EE_TFG) devies [magnetic field applied at right angle to the coil which creates
current in the coil].

There seems to be very little technical information available regarding a "fixed in place"
wire (a.k.a. Loop Coil). Several simplified references can be found here:

http://hyperphysics.phy-astr.gsu.edu/hbase/magnetic/magfor.html#c2  [general]
http://hyperphysics.phy-astr.gsu.edu/hbase/magnetic/magint.html#c1    [stationary wire]
http://hyperphysics.phy-astr.gsu.edu/hbase/magnetic/forwir2.html#c1  [calculation]

Now, set the sin theta to 90 degrees (at least thats the angle that the TFG Poles seem
to be at when presented to the Loop Coil); BUT the numbers from the on-line
calculator have me quite confused (especially the "Force" without the "v" component).

Was hoping you might be able to provide some insight or another prospective...

Thanks and Regards,

SL

Attached: Magnetic Forces On Moving Charges
                 Magnetic Forces On Moving Charges Fixed Wire

Might be better to move this over to the EE_TFG thread but wanted to get your attention.

[rakarskiy]

Greetings, solarlab!

All known systems of EMF calculation cannot be applied to the Korean generator, especially with the crossing of magnetic lines of the conductor (armature / collector)
The value of magnetic induction there is negligible in any variants.  Unfortunately it cannot be solved so easily and Faraday's Law or Bio-Savar's Law cannot be applied there.

Respectfully.

[solarlab]

Greetings, solarlab!

All known systems of EMF calculation cannot be applied to the Korean generator, especially with the crossing of magnetic lines of the conductor (armature / collector)
The value of magnetic induction there is negligible in any variants.  Unfortunately it cannot be solved so easily and Faraday's Law or Bio-Savar's Law cannot be applied there.

Respectfully.

OK, thanks - actually I was asking a more general question regarding Transverse Flux and the Lorentz Force Law
as applied to the "Electronic Electromagnet Transverse Flux Generator (EE_TFG)" I'm developing. 

Anyway, after viewing this fellows video, I gathered a lot of insight that appears to have answered most of my inquiries.

Induced Current In A Wire_Physics - Sal at Kahn Academy (these Kahn guys seem to 'run' with Lorentz more than with Faraday):
https://www.youtube.com/watch?v=KuUMUvwvML8 

Sorry for the intrusion here. When I get some free time I'll have a look at the Korean device - seems interesting.

SL

[rakarskiy]

Why the voltage drops under load in the electromagnetic generator circuit
https://1-ua--hho-do-am.translate.goog/index/emf_current/0-41?_x_tr_sch=http&_x_tr_enc=1&_x_tr_sl=uk&_x_tr_tl=en&_x_tr_hl=ru&_x_tr_pto=wapp