Dear Aussie Guy, Have you studied thoroughly the two Piantelli patents- from 1995 and 2010? Have you read what I wrote about Piantelli on my blog? (adress in signature) He has built the cells. You will need vacuum of 10 exp minus 5-6 Torrs, i.e a tandem of a diffusion and a turbomolecular vacuum pumps.
Peter On Tue, Nov 8, 2011 at 8:28 AM, Aussie Guy E-Cat <aussieguy.e...@gmail.com>wrote: > I have read Focardi did heat treat the Ni rod, which I also intend to do. > I also understand there can be problems with the Ni rod becoming H loaded > and producing heat when there is no external heating applied. I do note > Focardi does show a vacuum supply that can be applied to the cell and with > his 300 watts of thermal heat, the rod would get quite hot as in a vacuum, > it's ability to radiate heat away would be reduced. > > Here is a question I'm sure Vortex can answer a lot quicker and easier > than I can. > > Assuming a 10mm dia Ni rod 50 mm long, inserted inside a high temp ceramic > coil form, which is wrapped with high temp wire and in a vacuum. How much > power would need to be applied to get the Ni rod to 500 deg C? Is this > possible or would I need to use a more exotic heat source? IE how to get a > Ni rod to 500 deg C in a vacuum without breaking my several thousand dollar > budget? > > > > On 11/8/2011 4:44 PM, David Roberson wrote: > >> The vortex group can really put on the heat on occasions. I salute you >> for planning to actually do a test, but you must realize that Focardi heat >> treated his nickel in some manner before it worked if I recall. Do not be >> too surprised if you are not successful at first as that has always been >> the curse of LENR research. >> You are fortunate to have such a well stocked laboratory. >> Be careful to take into consideration the heat conductivity of hydrogen >> if you do an A-B test. It is not as simple as it looks to make a system >> such as this perform. >> I wish you good luck and stay safe. >> Dave >> > > -- Dr. Peter Gluck Cluj, Romania http://egooutpeters.blogspot.com
