on 12/2/04 8:32 AM, Horace Heffner at [EMAIL PROTECTED] wrote: > At 11:11 PM 11/27/4, Harry Veeder wrote: >> Hi, >> >> This is my first post. >> >> I was wondering if anyone in CF community has looked for evidence of a >> correlation between the orientation of a CF cell and the amount of excess >> heat produced. >> >> Perhaps the performance of a CF cell would change if the cell or some of its >> parts were rotated 90 degrees or even spun. >> >> This questions are based on the speculation that the direction of gravity >> (rather than the magnitude of gravity) may effect the performance of CF >> cells. >> >> Harry Veeder > > In replying to your query earlier I should have also noted that centrifugal > force can be used to advantage in chemical processes, and may have energy > generation prospects as well. I will post separately a summary of 2003 > posts of mine on the subject of Gravi-chem. > > Regards, > > Horace Heffner > >
That is interesting innovation. I looked at your other posts where you describe the concept in more detail. It is not quite what I mean, BUT it does suggest away of testing my hunch. My hunch is that earth's gravity plays a essential role in the generation excess heat in a CF cell. If I am correct, then rotating the same apparatus will change the amount of excess heat generated. ( I am not sure if the change will be positive or negative.) Of course, to properly test my hunch, the CF cell would have to be designed in such a way that the electrolytic performance is not appreciably improved or worsened when undergoing rotation. Would it be possible build such an 'indifferent electrolytic cell'? Harry
