Ok, im gonna go ahead and take a crack at this one...
The Atomic Mass of Hydrogen: 1.00794
The Atomic Mass of Oxygen: 15.9994
Molecular mass of Water Molecule = (O + H + H) = 18.01528
So, by weight...
About one ninth of water is Hydrogen.
Gaseous hydrogen burns just as well as Liquid hydrogen, and since the reaction does not have to bring the cryogenic hydrogen up to temperature, it is
going to be a hotter reaction.
Hydrogen combustion with atmospheric oxygen to produce pure water and heat has been known for Many years...
The x-45 (Scramjet) NASA has been working on, is fueled by molecular hydrogen and atmospheric oxygen reaction...
Mainly because of the ease of fuel flow, and chemical reaction calculations when dealing with the relatively simple reaction of H4 + O2 = 2 H2O
The problem with the "Meyers Cell" (And yes, that is what your page of schematics is detailing) is that of thermodynamics.
Current understanding of thermodynamics prevents overunity (More than 100% efficient) devices from existing.
When you electrolize (Split) water, the minimum amount of energy that you have to put in, in order to split one mole of hydrogen from the water, is
below what is released when one mole of hydrogen is burned with oxygen to recombine into water.
Thus, this meyers cell (Through our current understanding of chemistry, and quantum physics) cannot produce anything more than an efficient
electrolization reaction (Current DC Electrolyzers are around 30% efficient)
Placeing a non overunity cell in your car would merely over complicate the design, without adding any benefit whatsoever, because you STILL have to
carry all of the energy to SPLIT the water, to turn to hydrogen, to burn with oxygen.... making this a inefficient design.
Now, it *IS* possible that the resonance frequency acts upon a "Segment" of reality that science has not yet observed, and is drawing the extra
energy from there... but if this were true, it would still not be overunity... merely an unknown energy reservoir.
The only problem that we currently have with hydrogen fuel (Cryogenic liquid), is its volume, which takes up (Per Megajoule) 4 times more space than
conventional gasoline or jet fuel.
everything2.com...
And at 700 bar (10,000psi) it takes up 8 times more space than a like energy volume of gasoline.
Hydrogen does however (Per Megajoule) contain 3-4 times more energy than gasoline for the same mass.
Scientists are currently working on all sorts of different storage methods for hydrogen fuel in transportation systems, including:
Metal Hydrides: Small metalic filings that bind to hydrogen, and soak them up like a sponge, to be released later when a small ammount of heat is
applied.
en.wikipedia.org...
Carbon nanosheets: By creating multiwalled, interconnected carbon sheets, the normal electrostatic repulsion of molecular hydrogen molecules can be
instead conducted through the nanosheets, and thus, the overall pressure of a volume of hydrogen is drastically reduced (Compared with normal
compression , or cryogenic liquification)
www.nanowerk.com...=4154.php
scitation.aip.org...
pubs.acs.org...
-Edrick