Jones. It seems to me that H2 or D2 under pressure in an electrolysis cell will tend to establish a gas layer at the electrolyte-electrode interfaces. This should help establish a high electric field across this layer, as well as expose the H2/D2 molecules to electrons from the cathode, or the anions at the anode and effect the H2 + e ---> H + H- reaction. H - H recombination should result in 5.17 eV (240 nm) UV as opposed to the 200 nm (6.21 eV) claimed for the Deuterium Tungsten Bulb.
The Earthtech experiments on Mills and Mizuno's work were plagued with difficulties and possibly unintentional Red Herrings. Higher pressure than the 80 Torr used in the MAHG might make those results more interesting, too. Fred > [Original Message] > From: Jones Beene <[EMAIL PROTECTED]> > To: vortex-l <[email protected]> > Date: 1/13/2006 11:28:05 AM > Subject: Re: Electron Induced H2/D2 Splitting & CF/OU? > > ----- Original Message ----- > From: Frederick Sparber > > >According to this: > > http://www.shef.ac.uk/physics/teaching/phy205/Lecture_2_and_3.htm > > >The H- or Proton electron-electron (Pee) species could form a > >hydrino. No? > > > > Maybe one of these is really a deuterino UV source? > > http://www.oceanoptics.com/Products/dt1000.asp > > Jones
