Like other areas of LENR, the strength of the reaction is based on the details of the design. I the Papp reaction, the strength of the plasmoid can be relatively small when produced in air, but stronger when more reactive electronegative gases are used in the reaction.
In keeping with other LENR terminology, one can call plasmoids produced in air a Papp reaction plasmoid. A plasmoid developed in helium as a Papp+ plasmoid reaction and a plasmoid developed in a noble gas mix together with chlorine and water vapor as a Papp++ reaction. These reactions differ in strength in ascending order based on the exact chemistry and proportionality of the electronegative gas mix. Cheers: axil On Mon, Dec 31, 2012 at 7:55 PM, Eric Walker <[email protected]> wrote: > On Mon, Dec 31, 2012 at 4:47 PM, MarkI-ZeroPoint <[email protected]>wrote: > > RE: underlying physical mechanism in Papp’s device…**** >> >> ** ** >> >> Perhaps it’s as simple as the volume changes that occur in piezoceramics >> under an applied voltage… only that its occurring in a gas where individual >> atoms/molecules are free to orient completely with the applied E-field >> resulting in maximum displacement; unlike in condensed matter where the >> alignment, and thus displacement, is restricted due to chemical bonding… >> > > I wouldn't be surprised if this is something mundane. If the mechanism is > known physics, as Heinz Klostermann says in Ruby's video, I do not see > how it would be overunity (unless one brings out the zero point field or > something similar). > > Eric > >
