Stanley Meyer Explained

[L505]

Also it would be interesting to see - are there any circuits out there that have electrons go to ground and disappear there (well I mean stored there) for other reasons? I.e. doesn't have to be free energy related, just would be interesting to see some circuits that use this technique for any reasons whatsoever. It seems, if it is all about electrons disappearing into ground (stan calls it consumption but really it is just moving them elsewhere, not consumption), that this circuit is unique in that it is a mixture of regular electricity and static electricity. Not many circuits I know of use static electricity? But I haven't studied many circuits so would like to know if others make use of this technique for other inventions or electronics?

Also, although static electricity is called static, it doesn't mean it is free.. again rubbing the comb is not free energy just because it is static electricity when you touch your finger to the door knob. You added the rubbing energy to make the static electricity possible. So although Stan could be using static electricity, still more explanations need to be added - static does not equal free (unless, someone has an explanation!)

[sebosfato]

Hi

I know every one come and say oh i got the solution bla bla bla ...

But believe me to ionize the air economically you need to get the electrons to collide against each others but this can be done only at very high power density or very high voltage. http://www.sayedsaad.com/High_voltge/insulating_gases/insulating_gases_3.htm

You can use laser energy to overcome the surface potential barrier allowing electron emission, you need a good electron donor material for the cathode and a good electron acceptor for the anode, stanley showed this calculations look at this link.

Stanley meyer talked about using high voltage with very few milliamps and actually this was the output power of the vic or as you can now call it as what it is the input transformer that inputs energy into the resonant tank. A resonant tank at resonance accumulate power a lot of it. In the form of recirculating the current from the capacitor to the inductor. when the tank is full it develop a very high impedance thats why stan say 40kv 1ma because he got 40000000ohms of impedance on his configuration. The current could be anywhere close to 40 amps. When he said allow voltage to take over in a dead short condition he was talking about how to push all this current thru the water using while having very low voltage between the plates.


Actually he was using 40w to create about 100kwatts of reactive power to split the water molecule. When he got the collisions and the electron is ejected from the water it than recirculate and destroy other molecules even further. The same applies on the gas processor ionizing the air economically.

If you want you can read the all thread and check if my information is right i assure you lc circuits works like this because i'm working on this from 3 years now. i would not say things like this on the internet if it was not true. i  got only 150 euros of donations started this week so as i'm releasing such an information people could consider donate. I spent all my money on it more than 13000 euros in the recent years only on this equipments ...

http://www.energeticforum.com/renewable-energy/4617-stanley-meyer-true.html

[dankie]

Sebosfato , I think I am gonna go advertise my product over @ that retarded cia gatekeeper site energeticforum.com and give you some competion

The last time I tried to advertise there my post was immediatly locked and I was banned again by that hating  amateur Aaron CIA Murakami .

But I think I'm gonna try again , I know that fool will just love to hate my new toy .

[sebosfato]

meyer knew that if he said like 5000amps at 0,01 volts is = to 50W  everyone would just get it to work 100x more efficient than Faraday. So he said just the contrary to protect his tech nology. Actually As if you read my thread you will understand that he says allow voltage to take over and do work on a dead short condition. And now i ask you what work can high voltage perform under a dead short condition  It can make a very high current pass thru the water and for being at resonance you have no voltage in phase with the current so you are using high voltage to bombard the water with the high recirculating current you create on the resonant tank using few watts as he actually said from his input transformer 40W 40kv 0,001 amp...

Dankie  I don't know what your product is but i assure you that if your product is still the ss wire or the vic transformer thats a nice one but you need to read what i'm talking about to get there because the history about resonance using only voltage with no current is bullshit.

So read my thread look very well every single word and if you can send me a donation or if you want send me one of your toys to test in combination with my toys and i'm going to send you pictures of my simulations that shows clearly that with a normal transformer or even without a transformer you can create very high recirculating power much higher than incoming input power meaning that what i'm talking about and real world books that talk about practical oscillators are right, the tank circuit accumulates power.

Stanley yes used ozone too as is easy to use the same circuit to create it and use it to split water molecule like also bruce perrealt states but first of every thing he could make electrolysis even 1000x more efficient already. He just wanted to make a new way to make it compact using only the injectors. Anyway you can't get to this with no background so people should start with what stanley started. Split the water economically. 

So read my thread and if you want my data make a donation
http://www.energeticforum.com/renewable-energy/4617-stanley-meyer-true.html 

Please help me

[angryScientist]

@sebosfato

If you are looking for a hi voltage capacitor I ran across some info in the tesla patents that could be applicable.

In the course of my own investigations, more especially those of the electric properties of ice, I have discovered some novel and important facts, of which the more prominent are the following : Firsts that under certain conditions, when the leakage of the electric charge, ordinarily taking place, is rigorously prevented, ice proves itself to be a much better insulator than has heretofore appeared; second, that its insulating properties may be still further improved by the addition of other bodies to the water; third, that the di-electric strength of ice or other frozen aqueous substance increases with the reduction of temperature and corresponding increase of hardness; and fourth, that these bodies afford a still more effective insulation for conductors carrying intermittent or alternating currents, particularly of high rates ; surprisingly thin layers of ice being capable of withstanding electromotive forces of many hundreds, and even thousands of volts.

Improvements relating to the Insulation of Electric Conductors.
http://keelynet.com/tesla/B0014550.pdf

Also, I thought capacitors automatically had a high Q since there is no significant resistance. Why do you need a high Q capacitor? What am I missing? How would a high Q capacitor differ from a regular capacitor?