Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[gyulasun]

I am using TV flyback and adjust voltage just enough for spark to happen, maybe 1000 - 1500V. I didnt tried insane voltages like 5000V or 10000V.

You can install trial version of MultiSim. It should open this file, Site wont let me upload .ms12 extension so I rar it. Rar opens
on my laptop without any problems. I used WinRar.

After playing with this on my workbench I tried to make simulation of this and it worked in simulator without problems.
So it was easyer to give you simulation than to explain in details how it works. Principle can be reduced to this:
Close input transistors and let the source energize the plates, then open input transistor (cutoff source)
Close output transistor and collect current from all plates
Open output transistor and cutoff output
Repeat the process

Hi Karlo,

Thanks for all this again, I have a RAR file extraction problem and cannot access the circuit simulation ms12 file in the RAR archive. I use WINRAR v5.0 and it reports checksum error.  I know this forum software has sometimes issues when downloading certain archives and possibly this is the problem in my case, (I recall reading other members here complaining when attempted downloading a file.)

I ask those members here who already downloaded the FREE_ENERGY_CAPS_01.rar file attached to this post:
http://www.overunity.com/7679/selfrunning-free-energy-devices-up-to-5-kw-from-tariel-kapanadze/msg377539/#msg377539  and please try to extract it with WINRAR I would like to know whether only I have this problem ? Thanks.

I am sure the RAR file what Karlo uploaded was all okay but it may have got damaged either during the upload or when I downloaded.  My downloaded RAR file has a size of 857,758 byte and the file inside (what I cannot extract by WINRAR but view) shows 903,904 byte.

Thanks,  Gyula

[Grumage]

Dear gyulasun.

I too am having the same problem!! It says that the file is broken.

Cheers Grum.

[gyulasun]

Hi Grumage,

Thanks for checking this,  it means the RAR file got damaged either at upload or at our download. I am sure Karlo had launched the  upload from his computer in a correct, undamaged format.
I checked it downloading with Microsoft Explorer but got the same error like with my latest Firefox browser. Must be forum software problem here.

Gyula

[stivep]

The video clip below of the Kapanadze garage device was posted by me back in reply 20105. I've not seen any response from Wesley on this clip. I'm interested in getting his view on what he thinks the white wire protruding from the 'earth' braid is carrying and why it is even inside when the braid is supposedly only acting as an earth conductor?

This wire was soldered to the braid.I also  looked very  carefully at the bolt side from the other side of the braid. No wire was going out.
http://www.youtube.com/watch?v=fBgDwG2ZLkM look at minute 9:24
                                                                                         10:22
                                                                                         12.30 

The wire  bolted to the metal is shown at minute                       10:49

Wesley

[stivep]

Возможно Оксид бария абсолютно сухой и тогда таким образом
закачиваются не ионы а Электроны, ведь оксид бария известный источник электронов
попробовать надо и сухим и увлаженным...

I have problem here:




first primary question is what oxide of Barium  we are talking about?


Second question is :what is that you  bringing to our  attention


Barium oxide ?
http://en.wikipedia.org/wiki/Barium_oxide_(data_page)
or
Barium Hydroxide?
http://answers.yahoo.com/question/index?qid=20101026075528AAxxRmH

Question:
Explain why the conductivity reaches a value of zero for the reaction between barium hydroxide and sulfuric ac?

Answer:
with excess acid (i.e. sulfuric acid), there will be an excess of H+ and H+ ions act as charge carriers to conduct electricity

with excess base (i.e. barium hydroxide), there will be an excess of OH- and OH- ions act as charge carriers to conduct electricity

at equivalence point, H+ + OH- -> H20 occurs.
no more excess ions to conduct electricity, i.e. only molecules with no net charge are present, and they are unable to act as charge carriers.

you must be wondering why the salt cannot conduct electricity when its dissociated into ions in aqueous solution. the answer is that barium sulfate formed is a solid (insoluble in water) and comes out as ppt. solids, as you should know, do not conduct electricity. barium sulfate, being insoluble, does not dissociate into ions in solution.

technically, water dissociates to a small extent in a reversible reaction h20 <=> H+ + OH-
but this is so negligible that we consider the resultant solution containing only water molecules as being unable to carry current (i.e. zero conductivity)

you can also use this link:http://www2.vernier.com/sample_labs/CWV-26-COMP-conductivity_equivalence_point.pdf

What is relative permitivity of Barium oxide or
Dielectric constant, εr




Wesley












ps: additional material for study ( hysteresis in dielectrics and  piezoelectric
materials) http://books.google.com/books?hl=en&lr=&id=GJC_MBEM4VMC&oi=fnd&pg=PP1&dq=barium+oxide+thermal+conductivity&ots=KnHYcvficl&sig=kf7SR-fCjnBO2IFsQVrVhA1gfaU#v=onepage&q&f=false[/size]


If the link does not oppen up  search for:
title: Piezoelectric Ceramics
By Bernard Jaffe




if we try to analyze
barium borate 
than

barium borate has a low acceptance angle, and that despite its higher optical nonlinearity, it is therefore not significantly more efficient than other commonly available materials, except in the UV below 250 nm. On the other hand, it has a high damage threshold, it is physically robust, it has good UV and IR transparency, and it has excellent average power capability. It permits deep UV generation, and has great potential for generating tunable visible and IR light as an optical parametric amplifier.

http://ieeexplore.ieee.org/xpl/login.jsp?tp=&arnumber=5081171&url=http%3A%2F%2Fieeexplore.ieee.org%2Fxpls%2Fabs_all.jsp%3Farnumber%3D5081171