Stanley Meyer replication with low input power

[rMuD]

Aluminum has a stronger bond with oxygen than water, normally aluminum forms a oxide layer instantly..  you are actually thru electrolysis converting the alumina coating back to aluminum then it instantly grabs the water molecule and gives off H2 and keeps the O or possibly it's grabbing back the O it just split off to turn back into alumina.  Try adding Gallium or Mercury to the mix (liquid metal)  prevents the alumina from coating the aluminum..  will dissolve that aluminum plate up quick, should generate some very impressive amounts of Hydrogen.

What I've wanted to try is disolve some aluminum with gallium in water.. and also do electrolysis at the same time, once the alumina is in suspension in the water, it's in a pristine condition to be converted back to aluminum with electrolysis, which immediately may bond with water to go back to alumina.  the electrolysis of aluminum probably takes more energy than split water, but I'm wondering if partial gain from recycling in a closed system could extend your milage from 1 mile per pound of aluminum to 3-4 miles per pound or maybe more.  the gallium is not used at all, it stays in solution, and can actually be squeezed out.  Also I don't know what it will do to the stainless steel.. 

All three plates are seperated by about a 2 to 3 millimeter gap with the aluminum plate between the two stainless steel plates.


As soon as I've completed the pulse circuit I will test again.

[nada]

f

[ravzz]

WOW Tao you seem to give a totally different perspective on what's happening......you could be right!!

Can any one throw a little more light on this?

This could make replications much easier if we can actually determine the frequency needed for a particular dimension / length of the tubes!!




Runningbare:

There is an anamoly thats not understood when neutral plates are used!  Try using three neutral plates and see how much more you generate.





TS:

You're welcome.

12" is fine. Well I went in for 9" when Dave's was 5".....you could probably throw some light on what modifications might be needed if you use longer tubes. Stan used 18" tubes so maybe I should try making a setup with 18" length tubes now.


#1. Yes the SS wires act as resistors. The specificresistance of 316L is around 75 Micro-Ohm-cm and that of copper is 1.72 Micro-Ohm-cm. The leads heat up when higher amps are drawn by the freq gen....you can see this in the videos  I posted. I've replaced the leads upto the bottom of the WFC with 4 Sqmm double insulated copper wire and the heat generation did come down. I need to check if theres any increase / decrease in generation.

#2. I have spot welded the 316L wires to the tubes. Used silicone to keep them in place and avoid shorting. The tubes are plastic for insulation. Yes you can use copper wire sealed in silicone sealant. Cover the exposed copper leads in the water with silicone sealant as well.

#3. Stan's patent 4,798,661 figure 1 has variable resistance connected to each of the inner tubes with numbers 60a....to 60n, this was what I was talking about. This is a variation you can try much later on.



Hydro:

When I tried conditioning the tubes at 3A to 5A range.....the resistors got burnt so I got them replaced with higher wattages. Its as simple as that.


Ravi

[nada]

f

[ravzz]

Hydro:

Just pin 3....Left part of the circuit after the switch and the second part of the circuit at pin 3 before the 220 ohm resistor.

The blinking is when the switch at pin 3 of circuit 1 (left) is on.....when you switch it off its more or less continuously on....look at the wave form given there....its only the circuit 2 (right part connec to MOSFET) which is on then. If it doesnt blink then theres something wrong with the first part of the circuit!

I'm experiencing problems connecting to youtube......is it the same with you guys as well?

Ravi