I was getting posts from you yesterday. Let me say again, that if the mechanism you suggest is really happening, and if the HOOH has not been accounted for, then the Kanzius process is more efficient than thought.
In fact, it may be as efficient as DC electrolysis. J. ----- Original Message ---- From: Horace Heffner A possibly more accurate description of the Kanzius electrolysis process follows. The dissolved Na and Cl ions are each surrounded by a hydration layer, a layer of water molecules polarized radially by the central ions. The alternating RF field causes vibration of the nuclei within the ions, but more importantly, mutually 180 degrees out of phase vibration of the ions within their hydration layers. These oscillating mechanisms permit kinetic energy storage, energy which can ionize the hydration layers upon the occasional close approach of the Na and Cl ions, and even permit momentary and partial penetration and/or ionization of the hydration layers by the ions. This catalyses the reaction: 2 H2O -> H2 + HOOH The concentration of NaCl has to be sufficient that enough ions are adjacent to each other to support this kind of catalytic action. Horace Heffner http://www.mtaonline.net/~hheffner/
