Body
Thank You Hector for throwing the cinder block through the store front
window! So to speak. You and I have been preaching to these folks just
how all this phenomenon works. In addition to the gunning effect and
the stochastic ferroresonant phenomenon that is all so common in the RV,
Transverter and other devices that can be driven into super-saturation,
I have ventured into the magnetic flux annihilation, reconnect plasma
effect that yields the avalanche of extra ordinary energy thousands of
times greater that input. The problem that we have is in that this
energy is Magneto-Electric, Neutral Spike, EMP and does not follow
conventional accepted rules and Laws. See the attached PDF. The Cadick
Corp was located in Garland, TX just about 5 miles from my lab in
Dallas. This one document, when studied in detail, spells out just how
the ferroresonant event occurs. The stochastic self targeting resonant
point is predicated on the L and C values (dynamically) within the
circuit at time of super-saturation and the L value suddenly shifts. The
stochastic ferroresonance gives us a good idea as to the self targeting
frequency since we hear the SQUEALING PIG acoustic output in the
400-3500 Hz band. I have heard this (Hector coined the phrase) squeal
so many times during experimentation with the transverter and the RV.
During these excursions of operating frequencies we find that the
current and voltages go off the scale and are not attributed to line
input. When a transformer experiences a lock on of a self targeting
frequency the super currents generated by the sudden loss of the total L
value in the circuit ( How the NNEMP bomb works) creates a huge Z pinch
effect which literally crushes the steel laminations and causes the
transformer to explode. NO! it is not the oil exploding. All of this
happens very rapidly, within a few oscillations of the line input
frequency. We learn how to mitigate the possibility of the
ferroresonant condition to occur in our circuits BUT, it is our job to
learn how to trigger and lock on to this phenomenon and learn how to
harness and control the self targeting phenomenon. That is your
challenge if you care to accept it. Norm
On 12/29/2018 7:11 AM, [email protected] [EVGRAY] wrote:
>
> why bother is you got EASER Electron Amplification by Secondary
> Emission of Radiation within the RV and Ferroresonant transformers and
> transverters ?
>
> why re-engineer the simple into a not even God can replicate demon
> owned only technology ?
>
>
> Multipaction is a fancy word for gunning , alike the reversing of a
> motor suddenly backwards to create a neutral spike or consecutively
> step discharging a capacitor into a coil wile the coil is discharging
> to multiply the current (read EV Gray patent ) Read Normans Neutral
> spike papers
>
> its a common effect we find in spark gaps as the load de-phases from
> the source pulses due to differentials in impedance matching causes by
> connection & disconnection of the spark gap discharges .
>
> so keep it simple !
>
> ARK Ω ©
>
>
> (H)
>
>
>
> ---In [email protected], <onielsen@...> wrote :
>
> Hi Mick,
>
> "Can you explain how and if avalanche currents in certain transistors can
> mimic multipaction and the electron multiplication of secondary emission?"
> The second breakdown
> <https://wiki2.org/en/Second_breakdown#Secondary_breakdown> acts like
> an avalanche that can't be stopped except by disrupting the current
> from outside the transistor. The first breakdown is kind of like the
> Zener effect while the secondary breakdown is a negative resistance
> characteristic where the transistor shorts.
>
> "You mentioned awhile back a concept of power multiplication through
> avalanche mode rather than resonance as the system could be much less
> finicky. Could you elaborate on this concept?"
> The avalanche is like a solid state spark gap and happens very fast
> like in a few nsec or less.
> https://wiki2.org/en/Avalanche_transistor
>
> Bipolar transistors optimized to be used in avalanche mode:
> https://www.diodes.com/products/discrete/bipolar-transistors/special-function-transistors/avalanche-transistors/
> Normal bipolar transistors aren't optimized for avalanche mode
> operation and their breakdown parameters may vary a lot even having
> the same type number. They'll still show the breakdown effect.
>
> Understanding Power Transistors Breakdown Parameters:
> https://www.onsemi.com/pub/Collateral/AN1628-D.PDF
>
> "It is interesting to note that during multipaction events much of the
> technology present is designed to limit the amplification event to
> prevent damage to the devices."
> If the device melts or explodes it's no longer useful. This is a good
> reason for limiting the effect. This means the current must be limited
> or cut off from the outside as the device can't do it after being
> triggered.
>
> Regards
> Ole
>
>
> ---In [email protected], <mkjekyll@...> wrote :
>
> Ole,
>
> Can you explain how and if avalanche currents in certain transistors can
> mimic multipaction and the electron multiplication of secondary emission?
>
> You mentioned awhile back a concept of power multiplication through
> avalanche mode rather than resonance as the system could be much less
> finicky. Could you elaborate on this concept?
>
> It is interesting to note that during multipaction events much of the
> technology present is designed to limit the amplification event to
> prevent damage to the devices.
>
> Great data here:
>
> https://en.wikipedia.org/wiki/Multipactor_effect
>
> More intense version:
>
> https://arxiv.org/ftp/arxiv/papers/1112/1112.2176.pdf
>