Kapanadze Cousin - DALLY FREE ENERGY

[NickZ]

   AG:    I just have a different mentality about all this. But, Tesla's words ring true to my ears.   His ideas and concepts I understand. And, I've been trying to relay how free energy may possibly work, by explanation of the objective, as well as showing what that can look like on my circuits. This is not a done deal. Not for us

   NickZ
P. S.  AG how the old TVs worked was one of the first amazing misteries. Beyond me.  I can build it, but can't design it. I don't invent things, just trying to get it to work, first.

[ramset]

Last night
Tesla society had some huge Tesla coil at wardenclyffe
Have a video which was sent also ,
Hopefully Jimboot can post ( sent it to him he is more savvy


Video is wild !

[stivep]

Wesley Nick does have a point here!
Velocity modulation by acceleration of the electron beam!
How was this achieved in the production of the flat screen TV's?
As the TV electron beam has further to travel as the electron gun
Is closer to the centre of the screen as if not corrected produced 'defocusing
and blurredness at the edges'.

This raises the idea that the electron beam can either be delayed of accelerated
Which could be the answered to Nicks question. Perhaps one that ED Gray might have solved.

Sil

Electron Beam Accelerators
CRT systems (scanned beams) :
https://www.ebeam.com/news-archive/archive/2017/electron-beam-accelerators
Electrons repel each other, so you have to make an effort to collimate and focus.
and this is done because of the energy from power supply delivered to focusing coils.
some more is here: a-beam-of-electrons-is-accelerated-

Cathode ray tube vs. flat screen displays in oscilloscopes:
There is no gun or vertical and horizontal displacement and scanning as in a CRT.
Overall the flat screen, using LCD technology, compared to the CRT.

Velocity modulation:
The electrons that pass through positive half cycles of the gap voltage undergo acceleration in velocity.
The electrons that pass through negative half cycles of the gap voltage undergo retardation in velocity.
(As a result of these the electrons get bunched together as they travelled through the drift space).
The variation in electron velocity in drift space is called velocity modulation.
velocity-modulation-in-klystron.

Electrostatic acceleration of a modulated electron beam :
electrostatic acceleration of a dynamically modulated electron beam leads to a
slowdown of the electron-bunching process and therefore to a reduction in the electronic efficiency of the device.
The electrostatic acceleration of an amplitude-modulated beam, however, is free of this disadvantage.
In the case of amplitude modulation, a change in electron velocities does not lead to a change
in the form and spectrum of the current, and the growth of current power is not accompanied
by a reduction in electronic efficiency.   
https://ui.adsabs.harvard.edu/abs/1983MVSFA..24...25A/abstract

______________________________________________
Self-modulation of an electron beam in plasma:
When the beam longer than the plasma wavelength is used, self-modulation of the beam occurs.
The reason of this effect is the interaction between transverse electric fields in plasma with the beam.
Detection technique for self-modulation of long electron beams in plasmas
or:  self-modulation of an electron beam in plasma


Subject is very interesting, especially in regards plasma, but so far I don't see anything unusual.
in addition :
GLOBAL SURFACE WAVE RESONANCES OF THE EARTH  S MAGNETOSPHERE  AND THEIR POSSIBLE MANIFESTATION   
Petko Nenovski University Center for Space Research and Technologies (UCSRT),   
Sofia University "St. Kliment Ohridski"  , Sofia, Bulgaria
Abstract
In this paper global surface wave (SW) modes supported by plasma discontinuities at both the magnetopause and the plasmapause are considered.
The ionosphere at the ends of the magnetic field lines of the outer magnetosphere is considered as reflecting boundaries of the SW
that propagate along the plasma. As a result a standing wave structure along the magnetic field fluxes
of the outer Earth's magnetosphere (surface wave resonance (SWR)) can be formed.
Due to quantized wavenumbers along the magnetic field lines, the SWR possesses quantified frequencies
in a following way: f _1,2 (1, 2, 3,..)f _0,1(2), where f _0,1(2) is the frequency of the corresponding fundamental SWR
Unfortunately I cannot provide the link, you have to find it by yourself,
as the access to it may be restricted.

Zenneck wave is simply a vertically polarized plane wave solution to Maxwell's equations in the presence of a planar boundary that separates free space from a half space with a finite conductivity.
synthesized  quantized solution,
https://web.mit.edu/redingtn/www/netadv/zenneck.html


Here is exactly the same title but [Submitted on 19 Nov 2014]
having little different abstract:
Global surface wave resonances of the earth magnetosphere and their possible manifestation
_{Petko Nenovski- https://arxiv.org/search/physics?searchtype=author&query=Nenovski%2C+P}
The ionosphere at the ends of the magnetic field lines of the earth outer magnetosphere is considered as
reflecting boundaries of the surface waves that propagate along the plasma boundaries.
As a result a standing wave structure along the magnetic field fluxes of the outer magnetosphere,
i.e. surface wave resonance structure can be formed.
Due to quantized wavenumbers along the magnetic field lines, the surface wave resonance possesses
quantified frequencies in a following way: f = nfres, where fres is frequency of the corresponding
fundamental surface wave resonance and n is an integer. Global Pc5 pulsations have been observed
and interpreted mostly as cavity modes of the earth magnetosphere. The global Pc5 pulsations
however could alternatively be interpreted as ultra low-frequency surface wave resonances of the earth
magnetosphere that do not necessarily involve the cavity mode-field aligned resonance transformation concept.
https://arxiv.org/abs/1411.5218

Wesley

[Jimboot]

Last night
Tesla society had some huge Tesla coil at wardenclyffe
Have a video which was sent also ,
Hopefully Jimboot can post ( sent it to him he is more savvy


Video is wild !

hopefully it uploads.

[kolbacict]

Cathode ray tube vs. flat screen displays in oscilloscopes:
There is no gun or vertical and horizontal displacement and scanning as in a CRT.
Overall the flat screen, using LCD technology, compared to the CRT.

We replace the movement of a real electron beam with a "virtual" one by switching pixel cells on the screen using electronic switches in LCD. As a result, we use less energy, and the result is the same.
The deflection system of a CRT TV  is one of the main consumers of energy, isn't it?
By the way, dear Wesley, how much energy is spent on shifting the beam, not counting the losses in the wires of the deflecting coils? I suspect it depends on the speed of that beam.
Do you see some analogy with the Holcomb machine, there is a virtual moving magnetic field, here is a "virtual electron beam". How do you like this idea?