Stans negative voltage components; Patent 661

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661 patent

This topic will be about how Stan was restricting electron flow to the point of almost 0 amp flow of negative potential exciter. 

Stan was using a poor conductive material sandwich between  70 and 74
70/74 stainless steel (being of higher resistance then regular used conductive material in such structure..


http://i82.photobucket.com/albums/j243/outlawstc/stansresistiveelement.jpg


Stan made his own resistors, and he had a tunable resistor (tunable inductor) with it which he used for fine tuning..(get as close to 0 amps as the circuit will get it..

The focus of this topic will be what we can use for Binders, and resistvie materials for creating such resistor..  determine a proper scale for the tunble inductor and homemade resistor

It says the the value of resistance is altered with the ratios of resistive material to binder

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reminds me of body fill or epoxy or something like that, not sure if they have poorly conductive properties though

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this design definitely is a capacitor (gaped surface areas), and is a resistor due to poor conductive material in the gap..  it doesnt insulate like a true capacitor there is a current in this gap.. capacitor to not create current.. the charge of a capacitor is discharged from the same point of charge entry. the only time a common capacitor creates current is during dielectric break down (destruction)..  A resistive capacitor like Stan's in figure 7 allows the action of charging of surface areas while a current  is still electrical connected and not isolated which is what a standard capacitor will do in a since.. To achieve a dc environment i think you need the leaky capacitor/ resistor of figure 7.

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Just another brainwave:
That drawing above here looks like a CAPACITOR as well......

Could it be that Stan made extra layers of something around the tubes to create a capacitor and that the water in between act indead as a resistor. liuke Stan stated? That way you might create a voltage field.......

Steve

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Any idea on how much resistance component 60 might have?
Its the variable resistor in Stans schematic.

There is TWO parts to the negative voltage components defined as 60 in the schematic.. The plate design in figure 7 and a tunable inductor; somthing like a auto transformer.. the plate resistor/capacitor is a ruff value predetermined for a set up.. I would say its resides under the needed value.. Then Stan has a tunable inductor in series with it to ground for fine adjusting the rest of the way (to really tune into as close to 0 as possible..

Everyone needs to absorb into patent 661

if you read past posts Steve i have mentioned it seems to be a capacitor and resistor in one..

i will define the differences here

Capacitor=  a charging and discharging tank of potential that's opposite potential NEVER cross from plate to plate.. they are drawn in on electromagnetically.. if positive potential rises it will pull electrons into the other side of the tank (capacitor)

Stan's resistive/capacitor = having the ability to create same effect of polarization across the gap, WHILE at the same time allowing a current to pass through a POOR conducting material..

Capacitor=  insulated gap
resistive capacitor = effects of insulated and effects of non insulated combined

The only time a current passes from plate to plate in a standard capacitor is during dielectric BREAKDOWN (failure)


if i were to guess the resistance we are trying to get in figure 7 i would say that of water
to accomplish one would need to experiment with making it
they would need to figure out a good poor conductor and a good binder
the experiment would be trying different ratios of binder to poor conductor mix
binder= insulator
poor conductor= poor conductor..

 a ratio to the insulating material to poor conducting material will vary the resistive value of the batch

now as for the scale of figure 7.. my first goal would be to have the same capacitance gap of my resonant cavity..   go up from there..

pretty much in the post i cover our needed future goals..  Stans setup will not work without these negative voltage components.. you cannot get 0 amps of electron leakage without 60