cam wrote:
A fraction of the gammas may be converted into monocinetic electrons. Internal conversion is not a problem, is it. You can see it as an internal photoelectric effect concerning a fraction of the gammas. Does it matter?
Hermes and I were exploring one possibility, where excited levels de-excite by transferring the energy to nearby electrons. You may not share the initial assumption about nuclear levels of energy production, which is fine.
This should be handled in atechnical thread!
My first thoughts how the energy output of LENR is transported was similar. But we are talking of MeV up to 10 MeV per Alpha. With Alphas we must not guess. They bang the lattice and destroy everything, leaving a big crater behind.
If energy levels of MeV's must be dissipated by electrons, then they must be massively coupled. Single electron energy transfers would result in gammas and X-rays. If one could show that a plane in a lattice is reacting coordinated, then the energy/electron (1000-10000 taking part) would be much lower, but it still would be way to high.
My current best guess how the LENR energy is transferred is pure single pulse EMF, like in a collapsing star. The question is, how the field is shaped. Radial isotropic, planar, or like in a black hole polar?