Kapanadze and other FE discussion

[stivep]

while I had reading your posts it came in my mind. If connected the third electrode to the drop of water. And apply a short, weak but high-voltage pulse to it. Then a primary breakdown from the drop to the power electrodes would occur. As happens with natural lightning, a primary leader takes place. Then we won't need an easily burned jumper. 

Watch the Russian video  marked with *. ( much  stronger response than with the fuse)
You do not need  fuse if  you use salted water or you are  at  Black Sea - that is actually not far from you,
However DUT A is recommended to be at the coast, with its base possibly still immersed in  Black Sea water  at least for purpose of grounding.
and for the purpose of  Brewster  angle - the mandatory  for A to B energy transfer.
I also added  sentence to the  previous comment:

3. I didn't  describe   how to differentiate between targeted DUT B and other objects at sea,  - that can
be compared to the  omnidirectional pattern  of the  vertical dipole  vs vertically polarized Yagi.

I also added  a lot more so it is good to read it again.
Wesley

[seychelles]

JUST BE HAPPY. FOR FREE.

[kolbacict]

THIS IS WHAT I GET FROM THE KAPA CIRCUIT. IT WORKS ON THE PRINCIPLE OF A VENTURI AS AS PER ILLUSTRATION.
BUT THE ELECTRICAL VENTURI HAS TO BE PLACED DIRECTLY FROM THE EARTH CONDUCTOR ROD AND BE AS A PULL NOT
PUSH SITUATION. THE MIDDLE IS CONNECTED TO THE EARTH CONDUCTOR ROD THE OUTPUT TO THE LOAD DIRECTLY AND THE MAIN INPUT TO THE APPROPRIATE ELECTRICAL CIRCUIT.

I do not understand nothing how should be like electrical analog of Venturi's tube.
What should it look like?

JUST BE HAPPY. FOR FREE.

https://mazeto.net/index.php/topic,743.msg4781.html#msg4781

[Sergh]

Wesley, do you remember I gave a link to the American inventors of the water motor? Where a thin stream of water from a nozzle under very high pressure of about 1000 atmospheres was broken against a specially shaped barrier? Because of this, the water became very hot and evaporated. They had a working prototype of the motor on video. I think this motor could use a similar process. Have you tried to contact them?

I meant this project:

Cavitation Energy Systems Technical Presentation:
(about salt water, sodium chloride, at 15:50)

https://www.youtube.com/watch?v=Ji0GAt-q2EM

4 Impact Chambers Running V-2 Steam Engine

https://www.youtube.com/watch?v=1cmgMjJeD1M

Single Impact Chamber Running 113 cubic inch V-2 Steam Engine

https://www.youtube.com/watch?v=Tzx1ss8g0X4

Continuous Superheat Steam

https://www.youtube.com/watch?v=5fin8cnX3xY

High Temperature Cavitation Explosions - Slow Motion

This is a slow motion video  image of high temperature cavitation induced thermolysis of water. The heated water is injected under high pressure into our impact chamber. Each injection is approximately .275 ml - slightly greater than a drop. This water is saturated with cavitation bubbles as it exits the injector orifice at high velocity. Upon collision with the impact chamber walls the bubbles are crushed releasing intense conductive and radiative heat. This intense heat, greater than  3000C, causes thermolytic separation of the water into its constituent parts. Notice the shock wave towards the end of the vapor ejection.

https://www.youtube.com/watch?v=sdfrXnRhP0o

Other videos mixed with random content:
https://www.youtube.com/@billmee1611/videos

The home site with link to patents:
http://cavitationenergysystems.com/
Another chanel CES Project:
https://www.youtube.com/@matteocucchiara/videos

CES double shot one bent pipe:

https://www.youtube.com/watch?v=76AIaCLZlGI

from comment:

The output of energy would sustain the 300F heater device on metal impact object. but other devices don't need a heater but University cut off funding after demonstrating free energy generation.

[kolbacict]

We have water jet cutting at our factory.
There, water comes out of the nozzle under pressure of up to five thousand atmospheres.
Where should this jet of water be directed so that it heats up to 300 or 3000 degrees ?