On Mon, Jun 29, 2015 at 9:00 AM, Jones Beene <jone...@pacbell.net> wrote:
> ...If this reaction depends on a population of fractional hydrogen or f/H > – which is “below ground state hydrogen” often called the hydrino state, > and which is a very strong contender for the gain which is witnessed – > then that active material will remain in the reactor after pumping away H2. > It will have become magnetically bound to the nickel- even when all the > gaseous hydrogen is removed from the reactor. > > Thus, thermal gain will continue – which will lead MFMP to assume that > their calibration was in error – when in fact the error is simply in the > assumption that eliminating hydrogen gas will de-fuel the reactor. > I must have misunderstood what you just said because hydrinos are ash, not fuel, so the reaction will stop.
