There is clearly more than one way to skin this 'LENR' fish (not unlike how for instance, cancer is not just one single biological pathology -- but in fact many 'variations-on-a-theme').
As an aside (possibly a potentially very useful one): since this variation of 'LENR' is 'cold and wet'... why not someday soon create a symbolic 'logo' for it, based on that classic meme of the 'cold, wet' nose of a bloodhound..? :) It might catch the attention of masses of people, given the right circumstances..! ;) On Thu, Jul 28, 2016 at 3:03 PM, Russ George <[email protected]> wrote: > It is bothersome how so many in the LENR field offer nothing but disdain > for PdD wet cells. It seems to me that MP’s boiling cell might be readily > engineered to become a useful commercial product. (Mitch Swartz’s Nanor’s > might work as well.) Take for example it the cell nominally occupies 2cc of > volume in a massive array. Each piece of Pd in a common pool of D2O held > under very high pressure and thus higher temperature would contribute to > the sum of heat produced at say 10 watts per unit. Gather 100,000 unit > cells together and the system would produce a million watts. Share the > electrical power amongst the units via a duty cycle allowing a tiny > fraction of the power to be required to keep them fusing and the OU output > ratio, COP, would be spectacular. > > > > In my work producing prodigious heat and helium using transient asymmetric > cavitation fusion (TACF) where observed outputs of hundreds of watts was > routinely achieved a similar massive array would easily perform in the same > way in a highly pressurized reactor vessel to allow higher temperature > operation. Nice thing about my TACF, (pronounced tac-f) is titanium was a > superb metal, better than palladium, not nearly so good as silver but > silver’s fusion reactivity is so high that it is nigh unto impossible to > keep it intact as it melts almost instantly (in room temp D2)) when loaded > with D2 and activated. > > >
