Ronald Classen's H2O Motor Project

[Kysmett]

As far as surface area to atom-count goes, the mass difference might also have something to do with it.  You can place many more smaller atoms on a surface than larger ones.  Although I have looked into electrolysis quite a bit, the drive seems to be to have as much surface area as possible, period.  On both the cathode and the anode.  I have never seen a discussion on cathode to anode ratio.

[rlm555339]

Question for anyone:
If you visit the Rexresearch site and the Garrett Caruretor of 1935, you'll see that he changes polarity peridically.
http://www.rexresearch.com/hyfuel/garrett/garrett.htm
Is this necessary?  Why?

Dave,
Without doing the tests, my gut says that the same size cathode and anode will produce the disassociation effectively.  I'm not an expert on electrolysis but as an electrician, you are only going to get equivilant conductivity on either electrode.  So twice the material surface would amount to half the current as the other one......hence half the production.  Make sense?  To me, it all evens out so you might as well go with the same sizes since I don't think you are going to get one electrode to carry twice the load as your other element through water.

[KSW]

id guess that changing the polarity would kind of act a bit like bubbling air through the system does.

ie it would release all the hydrogen/oxygen bubbles from their cathode/anode allowing more surface area for bubbles to form again.

maybe?

[KSW]

Ron

i know this isnt really electrolysis but

have you looked into bingo fuel? http://jlnlabs.imars.com/bingofuel/index.htm

1080litres/hour = 18 litres of gas a minute

should be enough to run the engine?

[h2o2go]

Ron
My take on why Garrett switched polarity was to reverse the transference (plating) that occurs on the electrodes.? I suspect that in 1935 there was not much available for material.? I have experimented with this and it does work.? I am not familiar with the material you are using but it sounds like you may have this problem licked Where can I find out more about your material ?

THANX
Dave