@dankie1

Think about this post....


Tao's Post:
"Lets talk about the 'kick.'
When the old Edison DC generators were turned on, back in the day, they released this 'kick' and killed many workers in the process.
A man by the name of Tesla had seen this.
He wondered how and why this 'kick' would occur.
So he experimented with wire and disruptive discharges from capacitors.
It was found by him that this kick could be made so powerful that it could explode wires instantly.
This kick came out of the wires perpendicularly.
He discharged capacitors into stout wire and through a spark gap.
The key to the kick's strength and appearance was in how fast Tesla discharged the capacitors into the spark gap AND how fast Tesla STOPPED the flow of current AT the spark gap.
Tesla used all types of devices to stop this flow of current, magnets, a flame, counter-rotating engines.
His goals were to get the time in which the discharge is STOPPED to be much quicker.
 
As Tesla did this he found that the perpendicular radiations, the ones from the wires, caused electrical effects to appear in wires and other copper/metal materials near the STOPPED current/discharge.
These electrical effects could be made to create electrons on other wires and copper around his STOPPED current/discharge wire.   
"

SM's comment about Tao's fantastic post:
"So Lindsay, this guy definitely has the secret. I do not know if he will be able to duplicate power
generation, but he does have the secret.
Do you think he knows it?
The only part he doesn't have any idea about is that by starting the oscillation you cause the
current to flow in the collector (our dc pulsed bias) which causes the magnification of the process within the collector
which will ultimately produce the greater voltage and power in usable amounts during operation."

Ooopps!!!! sorry i  dont mean to be rude.. maybe i just misunderstood it.. The idea of inrush current and kicks are the same (somehow).. My apology

@Dole
Wow! This is great....

hope it helps

Yes I know it helps a lot. 

Do you think he knows it?

No, "we" do not "see" it yet.

d.

Ooopps!!!! sorry i  dont mean to be rude.. maybe i just misunderstood it.. The idea of inrush current and kicks are the same (somehow).. My apology

No it is I who was rude , I was simply asking myself why you seemed excited over inrush current , perhaps I do not understand fully the cause of this and you do .

Seeing that Dole finds this special himself I think this is indeed an important aspect .

Dole , could you plz provide a schematic of "a mentionned" circuit your speak of , so we can better understand this aspect .

@Dankie

Inrush is a normal inductive behavior. The 'kick' is an extension of inrush where a capacitor disruptively discharges into a coil after a spark gap breaks down. Having built the hairpin and extensively played with these discharges, I can assure you that 'inrush' and 'kick' are the same in the same way that a Civic and a Corvette are both cars...

@dole

Used 50Hz with HV dioda, and C?
What is the value of that capacity?
What is the frequency?

Do you know whether you hit the resonance of the primary, secondary, or both simultaneously?

LP

@vdomov

Without HV diodes?