Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[verpies]

At some point the electric field becomes irresistable and the electrons leave the atomic mass and are accelerated towards the holes in the positively charged plate.

Are you referring to the emission of electrons from the negative electrode of a capacitor by high high electric field, including vacuum capacitors ?

If the dielectric is a gas the electrons have a greater degree of freedom before  interacting with other electrons and or nuclei.

That's different than a vacuum capacitor.
Yes, electrons have higher mobility in a gas than in a solid or liquid.

They gain velocity from the electric field due to the charge polarization existing between the two capacitor plates.    A single electron leaving the parent atom can cause ionization of a second atom which is accelerated causing an electron avalanche. 

In order to cause an avalanche, primary electrons have to cause more than one secondary electron emissions from ionized atoms, on average.
Do you think that the collective kinetic energy of the secondary electrons is greater than the primary electron's ?  If "yes" - why?

This causes a large current pulse moving at large fractions of the speed of light towards the anode.  If the anode is coated with a solid dielectric the current pulse falls short of total dielectric breakdown of the capacitor.

Yes, the gaseous dielectric becomes avalanche-ionized but the solid dielectric does not.

The effects of a large number of electrons aggregating on the face of the electrode is to create an accelerating force on the remaining electrons in the anode plate via quantum tunneling.

Why?
I'd think that electrons aggregating on the surface of the coated positive electrode, create their own negative electric cloud (a virtual cathode), that opposes the initial electric field between the capacitor electrodes and reduces the acceleration of the primary electrons originating at the negative electrode.

Eventually, that negative electron cloud will be capable of bypassing  the solid dielectric coat of the positive electrode by sideways creepage or dielectric breakdown, if it is allowed to grow to a high charge density and magnitude.  Electrons that get to the positive electrode of the capacitor will be lost due to conduction.

I believe what occurs in this case is that accelerated electrons (beta radiation)  either directly enter the proton or cause inner valence electrons to make a quantum leap to the core of the proton.   

To accelerate an electron to a kinetic energy of a beta particle, the voltage between the electrodes of the capacitor would have to be ~500kV.  See here and here.

[forest]

verpies, can you compute the degradation progress of ferrite yoke in your theory ? how long does it work for 2 to 5kW output ?
if it's measurable then the proof would be an Akula circuit in small size , then measure weight loss ?

[verpies]

verpies, can you compute the degradation progress of ferrite yoke in your theory ? how long does it work for 2 to 5kW output ?
if it's measurable then the proof would be an Akula circuit in small size , then measure weight loss ?

I did the βNMR energy density calculation for zinc-cobalt ferrite once and I remember coming up with the energy equivalent to 22000 liters of gasoline for 1kg of this ferrite.  See here.

[forest]

I did the βNMR energy density calculation for zinc-cobalt ferrite once and I remember coming up with the energy equivalent to 20000 liters of gasoline for 1kg of this ferrite.  See here.

At least something interesting...now we have to weight yoke and compute how fast it would degrade while powering 1kW load, but don't you see the problem here ? in fact every good inverter has the ferrite core transofrmer inside. How are they able to run continously for years !?

[verpies]

At least something interesting...now we have to weight yoke and compute how fast it would degrade while powering 1kW load,

If you consider the mass-energy equivalency (E=mc²) then the energy density of matter is so high that you would not be able to measure a sub milligram mass difference of several TeraJoules out of a 1kg chunk of matter, with ordinary weight scales.
After all, 1kg of matter = 89,876 TeraJoules of energy. See here.

It's important to note that beta decay does not convert all of the mass into energy because a beta particle (fast electron) has ~1830 less mass than a nucleon (proton or neutron) and most elements have tens of nucleons.
For example, the ratio of electron's mass to the iron nucleus is ~1:100000.

but don't you see the problem here ? in fact every good inverter has the ferrite core transformer inside. How are they able to run continuously for years !?

That's rigorous thinking.
The answer is: Ordinary inverters do not create suitable conditions for the ferrite to undergo stimulated beta decay. They only use the high permeability of the ferrite core to complete magnetic circuits of their transformers and inductors.

For RF βNMR stimulation of this matter-to-energy conversion, a high permeability of the Gain Medium actually hurts the whole process, because the skin effect prevents the penetration of RF deep into the Gain Medium.  See here.
That's why, in his patent Michael Meyer recommends first getting rid of the high permeability of his iron core (by saturation) before attempting to convert it to energy via RF stimulation.