Re: Induction: Aetherists lend me a hand!

"Benj" <bjacoby@[EMAIL PROTECTED]
> wrote 
news:f7ab135d-02af-474f-baf6-cc1525a22ad7@[EMAIL PROTECTED]
 Aug 5, 2:02 pm, "Szczepan Bialek" <sz.bia...@[EMAIL PROTECTED]
> wrote:
> "Benj" 
>
<bjac...@[EMAIL PROTECTED]
>wrotenews:ce437eaa-3871-4990-b583-fc287dd86112@[EMAIL PROTECTED]
> > Electromagnetic Induction? How does it work?
>
> > self-induction occurs in a straight wire while Biot-Savart says that B
> > from a current element is zero on it's axis.
>
> Biot-Savart use the hydraulic analogy.
> Use the gas analogy and all will be clear.
> S*

Hey S*! You are the only one answering the question properly!

I am interested in your gas-analogy model.

It is not mine. Everybody knows that in conductors is the electron gas. As

such it is compressible. So oscillating current produces alternate charge 
density.

> I had read what you posted before about gas analogy with regard to heavy

> currents in conductors
>and found it very interesting! But I must admit I don't understand it.
>Therefore tell us more about how a gas-analogy Biot-Savart law would
work!

Biot-Savard is from fluid dynamics. I do not know if now are ready math in

gas dynamics. Maybe is it too late for such. Now is time of computers 
models.
Of course we do not need magnetic field. The alternate charge density 
produce an alternate electric field.
In electrostatics charged body moves electrons in an adjacent conductor.
In 
electrdynamics the alternate charge density in one conductor produces the 
oscillating current in the other.

The fluid dynamics models are a "pieces to teach".
S*