I am home on a short break between contracts. I have conducted another experiment. I placed a 26 gauge palladium wire in a heavy water electrolysis cell (the wire was from surperpure chemicals Inc.) The anode was a nickel wire (which dissolved and was replaced ). I applied 9 volts across the cell for 3 days. I stopped the experiment when the heavy water was depleted (The heavy water was obtained from United Nuclear) The palladium cathode wire was connected in series with a radio frequency tuning capacitor. This capacitor was salvaged from an old radio years ago. The RF tank circuit was stimulated by injecting sparks into it. The oscillations in the RF circuit were observed on an oscilloscope. After each spark the tank circuit oscillated and the oscillations died away in about 15 cycles. The tuning capacitor has a turndown ration of about 4 to 1. Four sections on the capacitor were ganged in and out to obtain a the range of 1 to 60 megahertz. The experiment was designed to employ my megahertz-meter relationships. The palladium wire was about 1/10 of a meter long. The stimulation frequency was varied from 2 to 60 megahertz using the tuning capacitor. No anomaly was observed at 10 megahertz. No anomalous electrical energy was ever detected. The intent of the experiment was to form a Bose condensate of deuterons by increasing the strength of the phonons that bind the condensate. I believe that my 1.094 megahertz-meter relationship describes the frequency of the binding phonons. I believe that the experiment failed to produced anomalous energy because I could not obtain the required D2 loading. Cold fusion is hard. Controlling the natural forces is even harder. I have at this point done all I could do. As I packed up I got the feeling that I was putting my equipment away for life. Frank Znidarsic
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