Google "phonon resonance temperature" and you'll come up dry.
On Sun, Jun 30, 2013 at 1:27 PM, H Veeder <[email protected]> wrote: > Coincidental pressure drop or is Ni62 changing into Cu63 at the "first > phonon resonance" temperature of 489°C for Cu ? > Harry > > > > http://www.quantumheat.org/index.php/en/follow/follow-3/296-50-meters-of-constantan-in-one-cell > > quote > <<UPDATE#2 - STUNNING GRAPH > So the reactor is now at the 1st phonon resonance temp of Cu63 (the target > element) as put forward by one of our followers in his freely published > document you can review here > http://www.human-resonance.org/Qi.pdf > He suggested his research showed that if we hit the 489 degrees C in > pressured hydrogen atmosphere, over time the Ni62 would become Cu63. > From the text:- > "Precision heating of nickel powder to 489°C or 859°C resonance with > copper isotope Cu63 in the presence of pressurized H2 gas will target and > maximize conversion of nickel into stable copper. The nuclear fusion > reaction that produces excess heat can be specifically targeted by > precision heating of the reaction to 620°C or 966°C resonance with > meta-stable copper isomer Cu68m" > Now just look at what is going on in the cell! > > [see graph] > > You might note that the 2nd resonance temp is ballpark the December rossi > temp where the cell melted down and the second is ballpark the 2nd COP 5.7 > test... the 3rd test at a lower temp (in the range of our Celani > experiments) but much lower COP.>> >
