Celani got a patent published early 2011 on treating nickel nanastructures to get fast and high hydrogen absorbtion in Nickel: http://worldwide.espacenet.com/publicationDetails/biblio?DB=EPODOC&II=0&ND=3&adjacent=true&locale=en_EP&FT=D&date=20110210&CC=WO&NR=2011016014A2&KC=A2 Maybe in the meantime he has advanced this method but it seems to me a good direction of his thinking.
On Mon, Aug 13, 2012 at 5:41 PM, Andre Blum <[email protected]> wrote: > In the presentation they say they use agents as well: > "We use several layers of "agents", coated around a Si-Al ceramic surface > surrounding the nickel foam, to help RSH atoms to survive this journey. > Some of these agents are ZnO, MgO and ZrO2." > > Do I undertand correctly that the Celani treatment mainly consists of > stripping off the plastic insulation off ISOTAN44 and then running a 2A to > 3A current for about 5 minutes? And that this grows nanostructures on the > wire surface? That sounds pretty simple to try. > > > On 08/13/2012 11:31 AM, Alain Sepeda wrote: > > Quite logical they think about using off the shelves products, and > especially well known techniques used for catalyst that increase active > surface... > Good engineer practice. > maybe mixing that material with other treatment (like the one Celani do on > his wires, but adapted to foam), could even make it better... maybe is it > what they do... > > did anybody else thought about using that kind of foam in LENR research ? > > > 2012/8/13 Andre Blum <[email protected]> > >> The nickel foam that defkalion describes in their NI-week slideshow >> seems to be an off-the-shelve product. >> >> Funny enough, it is available from a company called ecocatalysis, ecat >> in short. >> The stuff is shown here: >> >> http://ecocatalysis.com/en/products/foam-materials-foam-metals/nickel-foam-en.html >> >> Nice ecat logo! >> The photo of the foam is the exactly the same as the one used in the >> defkalion slide deck. >> >> Andre >> > > >
