Something similar (mixing with oxide to prevent sintering) can be found in this patent: http://patentscope.wipo.int/search/en/detail.jsf?docId=WO2012166808&recNum=264&docAn=US2012040017&queryString=evaporators&maxRec=193361
On Fri, May 3, 2013 at 8:09 AM, Axil Axil <janap...@gmail.com> wrote: > Dennis > > > Were you using 5 micron nickel particles as per Rossi and DGT? > > > On Thu, May 2, 2013 at 7:37 PM, DJ Cravens <djcrav...@hotmail.com> wrote: > >> Nano nickel >> >> >> >> Health/safety >> >> First, I would like to reiterate what others have pointed out about the >> health risks. I personally suffered symptoms of pulmonary hypertension >> as a result to exposure. Initially the doctors diagnosed it as PH and >> said I had 3 to 5 year life expectancy. But local doctors had no info >> on nano Ni. I have now mostly recovered due to massive use of Vitamin >> B12 (the Co slowly replaces and excludes the Ni). >> >> >> >> The material will go through many valves, chew up vacuum pumps, …. It >> can even go through some plastics and HEPA filters are too coarse for it. >> I ended up using Neodymium magnets on my tubing with Hepa material to >> slow the flow down. (use very slow changes in pressures). I also ended >> up having all those systems in negative pressure cabinets vented to the >> outside. >> >> >> >> Materials >> >> I have two patents pending on use of “inert materials” (like zirc oxide >> and ceramic) to isolate fine metals (Ni, Pd, Ti, alloys of H absorbing >> materials) to avoid sintering. >> >> >> >> I have turned to putting Ni, Pd and other metals in mesopore carbon. The >> idea is to have fine metal structures but to have them contained in larger >> particles that will not allow sintering. Also it is easier to pass >> current through the C than it is ZrO2. I feel it is the change in >> current (numbers of H or D flowing) that give rise to initiation of the >> event. (and yes a provisional was filed last year) >> >> >> >> >> >> Dennis >> > >
