Meyer's WFC concept analysed

[twohawks]

Also, I am trying to gain a little more clarity on where the stripped off electrons go.  I would imagine they travel to and then through the anode, yes?  So the idea is they punch through the oxide layer on the anode, which repairs itself (yes?);
however, I did see a demonstration where it was said that the excess electrons were being collected and they were lighting a light bulb while producing HHO...
...can anyone comment on this and explain your thoughts and ideas on this a bit please?  (and/or direct me to where I can/should read more about it.)

Thanks,
Cheers,
TwoHawks

[twohawks]

Edited  Nov 16 @2:50pm pst...
@FD    (I.e., I wonder if you will end up needing a negative plate across from each anode plate so the water may be held in orientation?)

  As I think about this more, if your theory and the postulated need for magnetic alignment of the water both hold true, then  using tubes begins to make a lot more sense to me...
   ...i.e., as compared to using plates, cylindrical anodes with a rod or smaller tube in the center requires less materials because of the smaller surface area of the negative tubes/rods in the center of the anode.  Then the question would be, if your (FD's) theory is correct, then why would close spacing between the negative center tube/rod and the anode matter?  In this scenario, why would one expect a better reaction?

Does this make sense?  What do you think about this?

...oh wait a minute...  however, if you use alternating pos/neg plates, then the reaction should be taking place on both sides of the anode plate, which would make that the more efficient model (in terms of needed materials), wouldn't it?

   As an aside, I remember recently seeing someone created a model having 3 tubes instead of two per cell, i.e., one inside the other inside the other.  There were questions about just what the individual's thoughts behind that were, but I did not yet see it resolved. (cannot remember where offhand, but I am sure folks following this have run across that, and will again).

Cheers,
HTH

[HeairBear]

TwoHawks, The free electrons lighting a light bulb from the cell is referred to as the EEC or Electron Extraction Circuit. You can find a description in the tech breif. The EEC is connected to the anode or positive plate. During off pulse times the EEC switches on while the bulb consumes the free electrons liberated from the process. All the circuit consists of is a switch and a light bulb. Another one of Stans ingenious ideas.

[twohawks]

Thanks HeairBear!

Hey Farrah Day... would you do me the favor of tapping on the admin's shoulder (chris) over at oupower and asking him to consider validating my registration?  I have been waiting days for an authorization, or even a response to any of my emails, so I may participate over there.  Maybe his email isn't working, or my emails are being spam-trapped...  Is it possible and acceptable for you to do this for me?

Thanks,
HTH
(hth is my full name, horustwohawks, so I am not trying to be weird or anything with those initials ;^P )

[twohawks]

EDITED (again, #3): Conditioning and Oxide coatings...  I am a bit confused...

1) the calcium hydroxide coating that builds up on the outside of the inner cathode tube ...is not the dialectric FD is referring to...

...can somenoe explain why it would not be considered a dialectric, or would it be?  (I really need to re-study my basic electroincs...)  If #2 ahead is correct, what would be the importance of this coating calcium hydoxide on the cathode face?

2) deleted - it was an ignorant question, sorry

I am sorry if this has been answered elsewhere (maybe everyone reported it?)... please forgive my mushed brain at the moment (over-saturation).  Direction would be aprecated.

Thanks,
HTH