Beyond the commercial ambitions of CLEAN PLANET, is this process in all its forms weak LENR or a still underdeveloped strong LENR+?
And what happens, what kind of reactions take place- is it something completely new and surprising? Slowly this becomes a mystery. Peter On Mon, Nov 17, 2014 at 4:42 PM, Jones Beene <[email protected]> wrote: > The Mizuno work over the past two years, most of which shows significant > gain, leaves a number of fundamental questions unresolved. > > > > Mizuno has tried both palladium and nickel wire; and has used both > hydrogen (protium) and deuterium gases. This provides 4 different > combinations. > > > > Presumably gain has been seen in every combination but which is best? > > > > At MIT - following Yoshino’s presentation, many observers had assumed that > nickel and deuterium provided the best gain but now palladium has replaced > nickel - and yet the COP is possibly less robust than before, although the > testing is better - but comparative gain between the possible combinations > is not clear. > > > > Apparently it is too early to expect a cross-comparison of even the four > major combinations. And really there are 6 viable possibilities if we > consider Dennis Craven’s NIWeek presentation – or at least the follow-on > reports of that work. There, it was stated that a mixed gas combination of > deuterium and protium was preferable to either alone. There was also a > magnetic component. > > > > In short, we could be looking at many combinations and permutations of the > standard theme, and a few could be noticeably better than others > > 1) Palladium electrode > > A) Hydrogen > > B) Deuterium > > C) Mix of H2 and D2 > > 2) Nickel electrode > > A) Hydrogen > > B) Deuterium > > C) Mix of H2 and D2 > > 3) Alloy electrode (Ni with Pd as alloy) > > A) Hydrogen > > B) Deuterium > > C) Mix of H2 and D2 > > > > There are more possibilities of course, including CNT and magnetic > materials, not to mention ceramic containment for SPP production. > > > > Ideally, solving this fundamental problem of finding the best combination > should involve team work and coordination. > > > > Jones > > > > > -- Dr. Peter Gluck Cluj, Romania http://egooutpeters.blogspot.com
