Sorry for the interrupt.
Lighty:
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Now, if that capacitor is then discharged into next inductor and then the same electron move limiting inductor is used to limit the electron flow to the next stage capacitor one could maybe make a kind of cascade connection to purify the dielectric charge toward the end of such cascade. Do you have any ideas on how to do that?
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Check this out
http://jnaudin.free.fr/html/lmdtem.htm
Basically uses caps and coils to increase the potential, however some very very other interesting results came out of the tests. I remember seeing another web page on just the LEM, and it was wicked. Check Utube, maybe thats where I seen it. I jujst don't remember, but if I find it i'll post it.
And google search for longitudinal wave
longitudinal wave - Google Search
I am confused about your use of the term "dielectric charge" within the term of coils and inductors, for several days i have been pondering exactly what it is your attempting to say, perhaps you could clarify this for me.
Quotes from the first page discussion.
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the dielectric charge (or rather the density of dielectric lines of force) are in some way proportional to the mass of the conductor
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Also, if one end of the inductive discharge coil is grounded the transient voltage effect is diminished to some extent or at least changed slightly in it's nature. My guess is that any ground path in the circuit will simply allow the excessive dielectric charge to be leveled out with the surrounding media
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Now, it would be most useful if one could limit the movement of the electrons during the charging of capacitors with the inductive collapse voltage or rather with the dielectric charge
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A sudden change of the dielectric flux is what's Tesla was lecturing about and the thing that usually perplexes people is the fact that there is almost no electron movement involved but rather an electrostatic impulse of great magnitude able to produce a some sort of dielectric avalanche in the secondary
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OK, so here is my question, since when did dielectric effects show up in conductors and coils? I understand about the capacitance in conductors and coils (capacitive reactance Xc) , but i have the feeling your talking about something else here??
or am I wrong?
I also have a funny feeling that this dielectric effect in coils is what your really after to produce the radiant event.
After reading all your posts I am convinced of one thing...
You got some interesting knowledge, we must converse with you some time!
