It is unfortunate the Fleischmann Pons Effect was the first instance of the LENR reaction’s manifestation.
I liken the FP effect to the analogy of starting a fire in a flooded forest drenched in a perpetual downpour. Dry firewood is hard to find and if found, it continually gets wet. It is better to start a fire in a very dry place filled with dry tinder. By this I mean that there is a coupling between the high ambient heat in the environment were the reaction takes place and the basic mechanisms of the reaction. Rossi has shown this to be true. The Fleischmann Pons Effect does not optimally exist in the parameter space conducive to the development of the LENR reaction. A LENR theorist should properly look into the conditions where heat can affect the relaxation of the coulomb barrier. This might seem illogical at first, but such a connection must and does properly exist. The preservation and management of heat is critical in stabilizing the reaction. Wet operation defeats this goal. The dry gas environment is the way to go. Cheers: Axil On Mon, Feb 25, 2013 at 1:59 PM, Paul Breed <[email protected]> wrote: > In reviewing what has been done in the field I see the LENR effect seems > to have some positive > correlation with both elevated temperature and elevated pressures. > > Has anyone attempted to do LENR type electrolytic experiments at super > critical temperatures and pressures? > > Not even sure how a plain chemical wet cell would behave at supercritical > temps and pressures... > > The resulting bleve if it gets away from you does not make this option > very laboratory friendly... > > > Paul > > > >
