What Mills has done is load H- ions into a nickel lattice as a startup activity. A shock starts the heat production chain reaction when the nickel lattice is perturbed and kinetic energy is added. This shock compresses the H- into nuclear reformation.
What Rossi has done is load H- ions into the nickel lattice continually in an on-the-fly manner and controls the strength of the hydride compression stage to continuously produce heat under the precise regulation of his control box. On Sun, May 15, 2011 at 7:00 PM, Jones Beene <jone...@pacbell.net> wrote: > -----Original Message----- > From: Terry Blanton > > > So, how is he stripping he hydrogen of its electrons? > > How do you know he is not adding, rather than stripping :) > > > I have researched the CIHT and find no IP on it on the web. > > I have not seen any either. > > BTW what Mills calls "hydrino-hydride" is a proton with two reduced orbital > electrons, and obviously it carries net negative charge. > > This species would probably be his charge carrier in CIHT (assuming that it > is not Bull-CIHT). > > Mills says it is stable as a negative ion! Whoa, many possibilities there ! > > Jones > > > > > >
