In the Rossi reactor, only nuclei with 0 isospin will react, the same is true for the DGT reaction. That is why neutrons do not produce the nuclear reactions in the Ni/H reactor. Neutrons are insensitive to the isospin of the nucleus. A neutron will react with any nucleus no matter what the isospin is. EGO, forget about neutrons as a causation of Ni/H fusion.
On Fri, Dec 20, 2013 at 1:49 PM, Stefan Israelsson Tampe < [email protected]> wrote: > From a first reading I did not find that the paper mentioned any high > energetic particles at initiation, just normal free e and a couple of slow > d. It's just that when looking at the mathematical solution using a second > order interaction > the first part is e - d, interaction and are supposed to in the next > phase produce a virtual e.g. mathematical constructed d that hit's the > other d and produce a fusion reaction due to the fact > that this virtual d get's high enough speed to overcome the coloumb > potential. To note that it looks at first site that things happen in > sequence like first A then B, but it is all a mathematical > memoic and helper to do the actual calculation in practice the whole > sequence d + e -> virtual d + d -> nuclear reaction -> fast e + He is all > strongly linked. If it all is correct it is interesting > I cannot follow all the math, and I'm not being an expert so take my word > and judgement with a grain of salt > > Cheers! >
