All sounds good, but maybe their wire keeps breaking... On Tue, Sep 18, 2012 at 8:58 PM, Axil Axil <janap...@gmail.com> wrote:
> The technologies of Godes, PDGTG, Rossi and Celani will all be well served > if they converged. > > To start off with, Godes should distress the surface of his wire to take > advantage of the Shukla-Eliasson (SE) force. This force will generate > proton pairing and associated superconductivity on the surface of his > reaction wire just as it does the Celani, PDGTG, and the Rossi systems. > > Experimentalists now use dusty plasma to visualize and demonstrate how > electrostatic charge and quantum mechanics will interact at the subatomic > level to concentrate electric charge. This model can equate dusty plasma > acoustic waves with well-defined Friedel oscillations of degenerate > electrons which Godes generates using high power nano-pulses.. > > This dusty plasma model will also show how a confined space will > concentrate the collective wave forms of degenerate electrons inside a > surface cavity. > > This is the reason why such LENR developers as Rossi and Celani roughen > the surfaces of their substrates; Rossi with nickel hairs and Celani with > etching. By doing this cavity formation process, they greatly amplify > degenerate electron concentrations using Friedel oscillations. > > The analogy goes as follows for the Rossi Process. > > The anode is the source of positive charge; in the Rossi case, it is a > superatom. > > In the Rossi analogy, the slit is the nickel hairs on the micro powder > grains. > > The concentrations of degenerate electrons form in between the nickel > hairs under the influence of the large Friedel oscillations of the > degenerate electrons induced by the positively charged superatom. > > This amplified induced electron cloud will now induce coulomb barrier > lowering and proton condensate formation in and around the walls of the > nearby surface cavity. > > The description of the Shukla-Eliasson (SE) force is just been released > and is a major breakthrough in understanding electron screening behavior. > > What DGTG, and Rossi and Celani should take from Godes is the use of Q > pulses to optimize the character of the degenerate electrons in their > system. > > Rossi does not use pulsed electron generation at all, but he should. this > will allow good control of his reaction at higher COP. > > DGTG uses low level spark plug based sparking, but they should upgrade to > high power nanosecond long capacitive discharge pulse power using multi > cathode technology similar to what focus fusion is doing but at a smaller > scale. This will extent the life of their electrodes. > > Celanti should use a nanoseconds long Q pulse to optimize heavy electron > production and minimize wire heating and associated stress. This will also > increase associated proton pair based superconductivity. > A recombination and distribution of the many good ideas in and among the > various cold fusion developers will advance the robustness of cold fusion > greatly. > > Cheers: Axil >
