Excellent analysis Axil. I've never agreed with you more. Regards, John
On Wed, Jan 15, 2014 at 10:46 PM, Axil Axil <[email protected]> wrote: > Brillouin has both good and bad design items in their system. Starting off > with the bad part, Brillouin uses wire as a substrate for their reaction. > The limited surface area that contains the cavities and bumps on the wire > surface where the LENR reaction takes place is limited. Because of this > fundamental limitation, Brillouin will likely never achieve a high > coefficient of performance (COP) that marks superior operation of a > dominant cold fusion system. > > In contrast, the systems from Rossi and DGT due to the use of very small > particles have orders of magnitude more surface area and therefore very > many more cavities owing to the topology of nano-particle piles. > > They both use low boiling point metals to catalyze copious nanoparticle > production. This helps a great deal. > > But the method of stimulation in these Ni/H reactors is very poor in the > Rossi system and just a little better in the DGT system… but not as good as > it could be… owing to the nature of their low voltage drawn out 24 kv pulse. > > On the other hand, Brillouin partially makes up for their poor numbers of > nuclear active sites by using a sharp excitation pulse to excite the NAEs > into energy production. > > By sharp excitation, I mean very high voltage and short duration > nanosecond electrical pulse that is fast enough in duration to avoid > destroying the NAE. Unlike both Rossi and DGT, Brilloiun has demonstrated > that pure electrical stimulation can produce cold fusion. > > When the Brilloium system is taken as a whole taking into account the good > things in the system with the bad things, the system is a below average > performer forever constrained by its use of a wire substrate. > > It may be possible to combine the use of billions of small particles > together with a sharp nondestructive low amperage and high voltage > electrical stimulation producing a large instantaneous power pulse. This > may result in a totally controllable high performance reaction with a very > high COP potential. As far as I can tell, nobody has yet tried such a > Brilloium/Rossi hybrid system yet, but it just might work. > > > > > On Wed, Jan 15, 2014 at 12:48 PM, Jed Rothwell <[email protected]>wrote: > >> See: >> >> >> http://pesn.com/2014/01/15/9602421_Interview_with_Mike-McKubre_about_Brillouin-at-SRI-International/ >> >> http://www.youtube.com/watch?v=rYrv-4Yl_v0&feature=youtu.be >> >> >
