Kapanadze and other FE discussion

[stivep]

Analysis of the patent:
https://overunity.com/17735/wesleys-kapanadze-and-other-fe-discussion-forum/msg561071/#msg561071


if the red  circle inside if the vacuum tube is your closed coil acting as electron emitter, how do you apply high voltage
to it?
What is the  path of the electrons emitted  from the conductor?
where are  the potential difference points (like in normal accelerator  anode  cathode)?
what is the gain  (an increase in the value of power)   you getting from any of your proposed configuration?

Wesley

[pix]

Wesley,
To kick central conductor by HV we need to introduce another electrode.
It may be another conductor located outside vacuum glass tube. Glass serves isolator. On top of it we locate driving coils or traveling wave armature coils.


Regards,
Pix

[stivep]

Analysis of the patent:
https://overunity.com/17735/wesleys-kapanadze-and-other-fe-discussion-forum/msg561071/#msg561071


In picture from above named Question.jpg
- redacted by you there is presence of:
1. HV inner coil acting upon another inner coil that is inside of glass envelope making 1:1 "air" transformer.
    Because HV impulse is AC (leading edge falling edge) it will induce  HV in open loop inside of the  glass envelope.
2. Because HV impulse is AC (leading edge falling edge) it will induce  HV in  accelerating set of coils - its LC components.
    for accelerating of electrons there is a need of  anode and cathode or  cathode and  target ending point for accelerated particles.
    You don't have this structure inside the glass envelope.
e. the direction of electrons  is perpendicular to the direction of acceleration now.
__________________________________________________________________
You didn't respond to the questions:

where are  the potential difference points (like in normal accelerator  anode  cathode)?
what is the gain  (an increase in the value of power)   you getting from any of your proposed configuration?

Wesley

[AlienGrey]

Wesley here is a not so simple question and it's not what we are always told
How fast does an electron travel through a wire or should I say - a magnetically charged electron
or is it the other way round, what ever!

I ask this as if it traveled at a constant speed
then how could any thing possibly work ?
Regards Sil

[stivep]

How fast does an electron travel through a wire
I ask this as if it traveled at a constant speed
then how could any thing possibly work ?

An electron in the copper wire travels at a speed of about 1 cm/sec. This is about as fast as an ant scurries on the ground.
The speed of an electron in a wire really has virtually nothing to do with the speed of a signal.
https://www.informit.com/articles/article.
Wesley