Ed can surely supply more authoritative input on this, but...
 
Ozone can be up to 15 times more soluble than O2 in H20,  and is of course about 50% denser anyway; plus it has a  Electrochemical Potential of 2.07 versus 1.23.
 
UV light from hydrino formation or even glow discharge would have easily created ozone in an ongoing and accumulative way, most of it immediately reforming to O2 but some of it accumulating gradually up to its limit of compatibility with hydroxyl radicals, which is probably low, but there could have been as much as 5 milligrams of ozone per liter dissolved in the liquid itself, if the temp of the cell was on the low side ?
 
This, along with hydrino hydrides would have been accumulating over time, just waiting for a small triggering reaction from H2 and O2 in the headspace, which wouldn't have done much by itself, except to compress, heat and release more of the soluble reactants, which had been dissolved in the liquid. There could have been a smaller explosion followed by a larger one, but to the human observer, it all seemed to run together as one.
 
That few milligrams of ozone doesn't sound like much but for a given amount of H2 with which to react, just using ozone or hydroxyl oxidants could double or triple the intensity of the shockwave because the reaction happens so much faster... not to mention, releasing bound hydrinos from the potassium... some of which might have even served to quench the other reactions by re-inflating, if they didn't shrink further, with a net input to the other reactions.
 
The dynamics of this experiment, despite its unsatisfactory conclusion, beg to be repeated but with adequate controls and protection. As Jed implies, Mizuno is probably doing just that... form a safer distance. Is there any reason to think the SRI incident could have been related to this?
 
Jones

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