TinMan's "Over Faraday HV HHO production"

[seychelles]

MY TWO BOBS WORTH . WE WILL NOT SEE A GREAT IMPROVEMENT IN ELECTROLYSIS OD WATER ,UNLESS ONE USE
A CATALYST LIKE NANO NICKEL, OR MAYBE GRAPHENE. SO THE ANSWER IS IN A NEW CATALYTIC MATERIAL..

[h20power]

Hello Pomo,


I haven't made a video of such but I use an analog micro amp meter for these test. The hard part of all of this is reaching the voltage to ionize the electrons of the atoms that make up the water molecules, but as I stated in the pdf file it is the waveform itself that is the primary source of amp restriction with Meyer's technology as it will act almost as an AC wave when tuned correctly.  http://i1025.photobucket.com/albums/y320/h2opower/958be1cd-5c66-4641-a4c0-1ffbdd648382_zps6f7c4c6f.jpg
In this test you can see I was pushing only 22 mA through the water bath and now that I understand how to tune it properly I am only pushing around 0.5-0.8 mA through the water bath and would actually need to get a new scale to read it with more accuracy. What I find wrong with most that want to work on Meyer's technology is they don't understand how to tune it correctly or just what the waveform is supposed to look like and why it is suppose to look that way. When tuning for resonance it's best to have a circuit that can control the number of pulses being sent to the FET that is independent of the frequency and the gating. I simply set up my circuit to have 5 pulses, apply the gating, and then tune the frequency for resonance. When resonance is found the waveform will have a positive and a negative voltage to it that are about equal if the coils can power the load of the water fuel cell that it is hooked up to. The circuit I use comes from here: http://source-for-innovations.com/pgen.htm but is itself a work in progress but it allows me far more control of the pulsing than any circuit I have worked with in the past as I can even vary the duty in real time. The more equal the positive and negative are in the waveform the higher the amp restriction and the higher the voltage will be.


When I get the newest VIC transformer built I should be able get the voltage far higher than I have ever gotten them before in the past as each time I fail I learn something new about the technology and how it all works and trust me I have failed a lot. I am different from most that are working on this technology in that I went after the science behind the technology before I went to try and duplicate it. After finding the science behind this technology I had to learn how to build the technology correctly just like everyone else but with the science understood I had a direction to go in. Each resonant cavity or space gap in the plate cell must have 1000 volts or more of potential difference if they are built close to Meyer's standards. That is to say they need 500 volts positive and 500 volts negative in the waveform for each resonant cavity. For a cell such as mines that number must be multiplied by 10 as I have ten cells hooked up in series. This means I have to reach a minimum of 10kv before the either cell will fire up correctly and I will admit I haven't reach it yet but have gotten very close reaching 9.4kv in the last round of testing. But the science behind all of this is clear to me now so I know what is needed to break the bonds of the water molecules in a way that is outside of Dr. Faraday's electrolysis method as I found the science behind this technology. The goal is to get at the electrons of the atoms that make up the water molecules as once the electrons are taken away the water molecules simply fall apart. I have had to build so many VIC transformers in the road towards learning how to get the voltages up to this threshold voltage I discovered. Will the new VIC transformer work? Not sure but I will find out after it is built. I have only gotten it to work a few times and each time the transformers shorted out on me I hope to have solved that problem now.


When it is time I will see what I can do to bring this technology to the market place.


Ed

[ramset]

Ed
Your Images need to be resized before posting [Way too big],otherwise we have to put the sneakers on and run back and forth to read all the posts on the page !

respectfully
Chet K

[h20power]

Ed
Your Images need to be resized before posting [Way too big],otherwise we have to put the sneakers on and run back and forth to read all the posts on the page !

respectfully
Chet K

Agreed, got to figure out how to do that, LOL.


I'll limit my photos until I figure out this sit more.


Thanks for pointing that out to me,
Ed

[Magluvin]

I use Picpick to edit and resize pics.

http://download.cnet.com/PicPick/3000-2192_4-75072925.html

Just load the pic in picpick and use the Resize function and bring the pic size to 30% then save to a folder for uploads to post.

Mags