There is one complication that does not fall out of these various single track theories of LENR fusion. That complication is the Fission/Fusion reaction. What causes many protons to fuse with a high Z element like nickel? This process results in many and various secondary reaction trees producing one or more of the light elements including helium, boron, beryllium, and lithium to form coming out of one LENR reaction.
Such a fission/fusion reaction can be explained by a complete suspension of the coulomb barrier in a volume of neighboring nuclei would allow a single nucleus to form with a very large and unsustainable amount of positive charge to be accumulated in one unstable large nucleus. When the Coulomb barrier is switched back on, the unstable nucleus with many excess protons would fission into many light atoms and one or two heaver atoms. In a series of independent secondary reactions, excess protons within the nuclei of this collection of multiple fission reaction products would then be converted to neutrons through electron capture after the primary fusion event has occurred. On Thu, Feb 13, 2014 at 10:07 AM, Axil Axil <janap...@gmail.com> wrote: > I say in LENR that the double proton(spin 0) fusion happens then after > this fusion occurs an electron(spin -1/2) capture comes next (reverse beta > decay) the spin of 1/2 is removed by an electron neutrino. >
