Jed, On page 32 of Korean report, it says : 6) Just after that, we give the same previous power to inert wire and after others 150000s from the interruption we measured an R/Ro value of 0.867. The anomalous excess power increased further, in a way that, at a first observation, depends mainly on the time lasted and not to the R/Ro value. The instability of excess power, if there weren't other uncontrolled parameters to fake it, had values quite large and was correlated to the small oscillations (<1%) of R/Ro values.
If R has varaitions, we should have also a varations on current and voltage when power is applied to the active wire. But in the report power stay constant. Means current and voltages are controlled in the manner to have constant power. Would be nice to see it ! Doesn't it ? Arnaud _____ From: Jed Rothwell [mailto:[email protected]] Sent: lundi 8 octobre 2012 19:29 To: [email protected] Subject: Re: [Vo]:Progress from the Martin Fleischmann Memorial Project (Celani replication) Arnaud Kodeck <[email protected]> wrote: Celani doesn't give us the current and voltage of its wires (heating or active wires). It might be interresting to see if there are some variability. I did not see any in the demo in Korea, except deliberate ones. The rapid fluctuations in temperature were caused mainly by the airconditioning (HVAC) in the meeting hall. However, slower fluctuations lasting hours and the overall increase over days looks anomalous to me. There may be short term fluctuations that were swamped by the HVAC. I wouldn't know. They would show up in a properly regulated environment, such as an incubator. - Jed
