The Thermacore work was seminal to Mills' Blacklight Power. The cathode was 40 lb. of nickel wire with potassium carbonate as the electrolyte in H2O. The reaction is a change in the state of the hydrogen atoms catalyzed by potassium ions. See www.blacklightpower.com for latest developments, which include solid catalysts and reactors yielding repeatable 50 kW power bursts. Recent work by Mills suggests that excess heat seen in electrolytic cells is in part to due to a hydrogen or deuterium autocatalytic reaction as delineated in recent Mills papers. These reactions are not the ones used in BLP's march to commercialization as outlined in the website.
Mike Carrell From: francis [mailto:[email protected]] Sent: Sunday, June 20, 2010 7:35 AM To: [email protected] Subject: [Vo]: 1. I just read the Thermacore paper "ANOMALOUS HEAT FROM ATOMIC HYDROGEN IN CONTACT WITH POTASSIUM" by ROBERT M. SHAUBACH. <http://hydrino.org/documents/anomalous-heat-from-atomic-hydrogen.pdf> http://hydrino.org/documents/anomalous-heat-from-atomic-hydrogen.pdf , It seems to indicate a thin surface layer with plenty of circulation during saturation as opposed to Arata style powders that seem to indicate an active region throughout instead of just the interface layer but less circulation. Has anyone yet combined the larger active regions with high circulation while saturated 2. Regards 3. Fran ________________________________________________________________________ This Email has been scanned for all viruses by Medford Leas I.T. Department.
