In reply to Jones Beene's message of Wed, 10 May 2006 07:21:33 -0700 (PDT): Hi Jones, [snip] >Yes, as I was about to say .... <g>.... hydrinos are >likely to be involved but as an "agent" for an Auger >cascade methodology, and perhaps not in the way you >are suggesting, based on Mills' published experiments. [snip] Negative muons orbit at the Bohr radius (BR) * electron mass / muon mass. Hence hydrinohydride should try to do the same, i.e.
BR * electron mass / hydrino mass, however this works out to a distance from the nucleus of only about 29 F. Problem # 1: According to Mills, the lowest level at which hydrino hydride can exist is p=24 (?). At which level it has a radius of BR / 24 = 2205 F according to Mills, and BR/(24^2) = 91.8 F according to me. Either way, it is larger than the distance at which it should orbit. This leaves several possible scenarios:- 1) It sits snug against the nucleus at it's own radius. 2) It shares it's shrunken electrons with the other nucleus in a covalent bond at very small radius (don't know how big), but it would have to be smaller than it's own radius or there wouldn't be any energy benefit in forming the bond. 3) It loses it's shrunken electrons to the heavier nucleus altogether, and is expelled from the heavier atom with extreme prejudice (possibly stealing a normal electron on the way out in revenge). 4) Is welcomed into the nucleus in a fusion reaction. BTW for the Auger scenario to play out, it would seem to me that one would have to put as much energy into the compound atom to dislodge the hydrino hydride as was initially released when it entered. This would have to be more energy than the Auger cascade frees, because those electrons were initially pushed up a level when the hydrino hydride entered in the first place (reverse Auger cascade), which wouldn't have happened unless the hydrinohydride bonding energy with the K nucleus were greater than the energy of the reverse Auger cascade. Regards, Robin van Spaandonk http://users.bigpond.net.au/rvanspaa/ Competition provides the motivation, Cooperation provides the means.
