The problem with such a high energy gamma hitting an electron is that the total mass-energy of the target is only 2-3% of the mass-energy of the driver. This slight impediment does not even slow the gamma down very much. There could possibly be pair-production but to imagine that the re-emission was all infrared would probably mean that momentum could not be conserved. How could it?
From: David Roberson Has anyone looked to see that momentum is conserved in these processes? Dave -----Original Message----- From: mixent >More disinformation. There is no possibility of nano-sized sites stopping >gamma radiation. This requires thick lead shielding. ..I have often wondered if an electron that is within the wavelength of a gamma (i.e. a "near field" energy transfer) might absorb the energy as kinetic energy. For a 23.8 MeV gamma the wavelength is 52 fm. For a Mills' Hydrino this is too small for even the smallest Hydrino, however if my version is correct, then it should be possible for f/H with a p > 32.
