Ravi's Meyer Replication- Tap Water to H2

[chemelec]

[kevinsatterfield]

[v8_ranch]

[kevinsatterfield]

[v8_ranch]

[BillyHydrogen]

[BillyHydrogen]

[razasunny54]

[spencyg]

[chemelec]

[hydrocars]

[chemelec]

[teji101]

what is "brown's gas"? is it HHO or H2? if it is HHO what is the Heating value?[/quote]

[astuart]

[hanshuber88]

Dear all,

I'm new to this forum and would like to greet everybody.
Together with a friend of mine I've recently finished building a Lawton pulsing circuit (without inductors) and attached 1 capacitor. It's 0.5m long, about 40mm in diameter and the gap between inner and outer cylinder is about 1mm. It consists of stainless steel (1.4301 = 304). My DC source goes from 0-3 amps and from 0-30V.

I noticed following things:
1. I've been running the device for more than 2 hours in total now, but haven't noticed any conditioning going on. The water stays clear - no accumulations on the tube. This seems to contradict what I've read in the forum. However, Stan Meyer mentions, that the process is a physical process, not a chemical - no chemical reactions whatsoever should take place. Any ideas? (I've been running the device at about 1-3 amps with 10-17 volts, pulsing about 10 kHz) What do I do wrong?

2. The amount of H2 production seems to depend only on the amount of amps. When running the device with 1 amp I mostly get big bubbles. When I go up as high as 3 amps @ about 10 volts small bubbles and even more big bubbles form. Haven't attached a flowmeter yet. Is there no direct influence of voltage & frequency on the production?

3. When I tune the circuit by adjusting the potentiometers (changing the frequency) I do notice, that at some point voltage goes up and amperage goes down. But at the same time H2 production goes down also. As I said before - H2 output only depends on amps. (eg. I run the circuit with 10 V / 3 A. When tuning the circuit, amps go down as low as 0.3 A and voltage goes up above 17 V; can't go higher than 17 V as components won't allow it) Is this resonance I'm watching here?
I thought about it and came to the conclusion that resonance might not help as long as I don't have voltage high enough to tear water molecules apart... ?? Would I have to transform voltage up to 100V before resonance makes any sense or is the effect I've been watching something totally different? (I'm a student a physics, so forgive me my lack in electronic knowledge... )

I'd apprectiate some help.

Kind regards,
hanshuber