Very cool!  I just remembered the name of that aluminum they are using to make hydrogen. ! Nano-Galvanic-aluminum !

Quote from soulfluence on April 24th, 2018, 09:08 PM

I do understand that the process works, my question was referring to the amount of hydrogen produced vs. faraday-type direct electrolysis.  This is my main concern.  If a baseline has been established to get more hydrogen using Stan's method with less energy than regular electrolysis by at least 10%, the rest is just fine tuning different things like you stated.

READ THE Stan Meyers Data  your amongst people who have all the data and read the data and know the data,  Advice is READ THE DATA FROM STAN MEYERS ,it is out there it is preserved  we have read it,  Please read it all it documented and out there at this point those who know do and those who don't have not read data

The  Memos and Technical Brief are a good place to Start along with the University Notes That were done. Along with Max Millers work
D

Some Slides Advancing

As we Learn to control the charge and ph state of water and nano bubbles inside it

Ozone aay?

I know of only one person (alive and well) on this earth that fully understands and has replicated this work of Mr. Tesla:

https://teslauniverse.com/nikola-tesla/patents/us-patent-568177-apparatus-producing-ozone

You figure it out and you'll be well on your way with Mr. Meyer.

Nothing about ozone in my post,

Remember My Particular Focus is Stanley Meyers,

Yes the Above is pretty interesting if your studied in the art.

I did publish a video showing Tesla advanced by  Meyers
the answers are in there for both and it is interesting.

Here is a link https://youtu.be/mcD9TwL_hXo

" You have Eyes but you do not see" Stanley Meyer

8XA Electrolyse:
- High frequency is tuned to Water Cell "Charge/discharge waveform"
- GATE frequency is tuned to 4-5 pulses time/discharge time

RESONANT Electrolyse:
- High frequency is tuned to Water atoms resonance
- GATE frequency is tuned to Water Cell "Charge/discharge waveform"

("Charge/discharge waveform" is when AC Power source Frequency, is tuned to the "RC-time constant" of the Water)

My previous Video
Stephen Meyer`s Water Electrolysis - DEMONSTRATION

https://youtu.be/XRgnWxAHxWA

The Original SOUND of Stanley Meyer`s Waveform (2012 year!)

https://youtu.be/nbk5PCZ_7T4

My Circuit diagram:
https://drive.google.com/file/d/1IVyQZ-z6yUHIzpBsvkCmCilrqQQ4vxVt/view

Stanley Meyer`s H-Bridge drivers:
https://drive.google.com/file/d/1KmYlbXOJ33-JVX_-uSy2c3u3R4U4IP1I/view
https://drive.google.com/file/d/1FadyhrtK5J3XRzs_2ITXikGXqw4aF14k/view

Stephen Meyer`s Patent US 2005/0246059 A1:
https://patents.google.com/patent/US20050246059

Andrija Puharich`s Patent US4394230A:
https://patents.google.com/patent/US4394230

Stanley Meyer's Patent US4936961A:
https://patents.google.com/patent/US4936961

Stanley Meyer's Patent WO 92/07861:
http://www.rexresearch.com/meyerhy/wo92.htm

Stanley Meyer's Patent US5149407A:
https://patents.google.com/patent/US5149407A/en#legalEvents

Files Attached Here for your to help save them and share them

https://youtu.be/eMnAmm6ETlo

https://youtu.be/4_jCKBv_fxo

Step by Step
it is Done  we now have faster uptake for every one 
Many people involved to many to mention

Gerber
Bom

All See GMS VIC Matix main board
and  K2 k3 k8 K11  Which driver signal in

Dan

screen traces

Gerber , we are making further adjustments but i post for you all to have it

Dan

Dan if it will help, if you look at the Analysis and Test Reports I wrote for each circuit there are screen shot for almost every point in in the circuit as I traced the signal path through each circuit.  When I have problems I have gone back to them to trouble shoot the boards. While this is a different board you should get the same values for the same points in the circuit.

Earl

Thanks earl appreciated
I welcome your comments

I have started again
 the Bill of materials  here attached

with this tools people can start at a higher level

Dan

QTY Full   Board Reference Full   General Description   Value
      IC CIRCUITS    
5   A23   LM731P OP AMP   
   A24   LM731P OP AMP   
   A25   LM731P OP AMP   
   A26   LM731P OP AMP   
1   A27   4046-PWR    4046 - PHASE LOCK CHIP   
4   A28   4017 DECADE COUNTER    
   A29   4017 DECADE COUNTER    
   A30   4017 DECADE COUNTER    
   A31   555 CHIP TIMER   
   A32   LM731P OP AMP   
   A33   LM318 OP AMP   
1   IC1   4001N   QUAD 2 -INPUT NOR   
1   IC2   4066N   QUAD BILATERAL ANALOG SWITCH   
2   IC2   4001N   QUAD 2 -INPUT NOR   
      CAPACITORS   
1   C1   470nF   
   C2   100nF   
   C3   100nF   
   C4   100nF   
   C5   100nF   
1   C6   10uF   35 volt polarized capacitor
1   C7   47pF   
1   C8   300nF   
3   C9   1uF   
   C10   1uF   
   C11   1uF   
   C14   .1uF   
   C15   100nF   
1   C16   35nF   
   C17   10uF   16 volt non polarized capcitor
   C18   100nF   
   C19   100nF   
   C20   100nF   
   C21   100nF   
   C22   100nF   
2   C23   .1uF   
13   C24   100nF   
   C25   100nF   
   C26   100nF   
   C27   100nF   
2   C28   10uF   16 volt non polarized capcitor
      Diodes    
1   D1   1 KV 5 AMP SPEC    
1   D2   1N405   
3   D3,D4,D5   1M4001   
2   D6,D7   1N4148   
      Transisitor   
3   Q1,Q12,Q16   2N2222   
2   Q6,Q8   2N3906   
1   Q7   2N3904   
      Resistors    
   R1   10K   
   R2   10K   
   R3   10K   
   R4   10K   
   R5   1K   
   R6   1K   
   R7   470K   
   R8   470K   
   R9   10K   
   R10   47K   
   R11   22K   
   R12   1K   
   R13   470K   
   R14   1K   
   R15   470K   
   R16   470K   
   R17   ??   
1   R18   440K   
1   R19   2.21K   
1   R20   2.21K   
   R21   100K   
1   R22   1M   
   R23   10K   
   R24   10K   
   R25   100K   
   R26   100K   
   R27   560K   
   R28   27K   
   R29   4.7K   
   R30   10K   
   R31   10K   
2   R32   22K   
   R33   2K2   
   R34   470K   
   R35   2K2   
7   R36   470K   
3   R37   2K2   
5   R38   1K   
2   R39   47K   
1   R40   10M   
10   R41   10K   
   R42   220K   
2   R43   220K   
      Potentiometers   
1   Potentiometer  Panel Mount Through Hole   50 kOhms 500 mW (1/2 W)   https://th.mouser.com/ProductDetail/Honeywell/392JA50K/?qs=%2Fha2pyFaduhDOCKt20U9cFcOvaq0S9kP20pqEwlrYeHG1yY04GUTjA==
1   FREQ - ADJUST     100 K 3296 TRIMM RESISTOR FOR 4046   
1    POT 1      50 K  CONDUCTIVE PLASTIC RESISITOR    
1    POT 2       50 K  CONDUCTIVE PLASTIC RESISITOR    
3     MANUAL       50 K  CONDUCTIVE PLASTIC RESISITOR    
      LED'S   
1   OSC LED           GREEN   5 mm DIFFUSED    
2   LOCK ON          RED     5 mm DIFFUSED    
      IC SOCKETS    
6   8 pin   ic socket   8 pin    ic socket   
4   16 pin    ic socket   16 pin    ic socket   
3   14 pin    ic socket   14 pin    ic socket   
         
         
      TOGGLE SWITCH   
      on on 2 position   10A 125 VAC
      on on 2 position   10A 125 VAC
      on off on 3 position   10A 125 VAC
         
      test connectot   
1   bnc test  connector pcb through mount   bayonette fitting   
         
      Fuse Socket    
1   fuse mount fuse holder    through hole black   

Fat core for vic

bobbin with adjusted width and height , here are the rails end caps coming soon for
stl and 3d slicing and printing

 2 stl file one with ribs for support and one with out ribs for injection molding
Attached

can open and preview in windows paint 3d

Dan

here are the End caps for the fat cores

made

I'd try painting them with polyurethane sealer or something.   The spool walls tend to crack off when the coil windings get tight.  That might help the layer strength of the 3D print.

thanks for tip,
we try some various  material and or resolution
these are for the extra fat cores

some more edits than done

Nice work. looks good.

this is just adaptions a lot more refinement happening on this bobbin and fat core
more soon .  can be used for steam resonator  ,gas processor , wfc  cells and epg  and egr

some adjustment

Dan

vic daughter boards

posting here for people

Earl

Can you look at these
4 Yellow Circles  on un connected to the tips
and  see if you can place some of them traces.

We working on it too once we merge db 9 into hard traces and db 37 we have removed
the mystery and alot of the variables during study