Robin van Spaandonk wrote. > > In reply to Frederick Sparber's message of Sat, 22 Apr 2006 > 19:38:39 -0600: > Hi, > [snip] > >Good. Another point to consider is H3O+ + e- ----> (H3O*) > >a "Pre-Hydrino" Species. > >Remember, a gram of H2O evaporated at sub-atmospheric pressure occupies > >more than 2 liters, which could isolate the (H3O*) until it can react to > >form > >the hydrino in the combustion chamber, concurrently (endothermally) > >disrupting > >it's H2O carrier portion setting off more reaction pathways. > [snip] > Perhaps, but how stable is H3O*? I would expect the gas to > collapse as:- > > 2 H3O* -> 2 H2O + H2. > Nope. Actually at ~ 0.6 inches Hg "soft vacuum" evaporation of one gram of water occupies ~ 62 liters, and the cylinder conditions triggers the " H[n<1/25]" energy reaction. > > ...and this mechanism doesn't explain how the "essence" of the > cell can penetrate an Al plate to enter the carburetor, while > H[n<1/25] could do that easily. > The H2O-n(H3O*) vapor travels part way inside an aluminum tube connected to the intake manifold with a rubber hose used to insulated the positive (anode-battery) voltage from negative ground.
No wall-penetrating "aliens" involved here. :-) OTOH. the Microvaving Wet Bricks experiment suggests that the Argon in the air trapped in the bricks reacts with/catalyzes the (H3O*) formed from contact of the water with the brick "interstices" setting off your/Mills' proposed Hydrino Reaction. OTOH II, how many KW-Hrs might one expect from a bottle of Argon gas and a few liters of water set off by a microwave pulse in the cylinders of an ICE turning a generator? Fred > > Regards, > > Robin van Spaandonk > > http://users.bigpond.net.au/rvanspaa/ > > Competition provides the motivation, > Cooperation provides the means.
