Well, Jones, Rossi claims anomalous elements found on disrupted small regions on his Ni: Cr and Mn...
Also, there is plenty of Cu pipe, coated with Ni as the reaction surface, and as the cooling water pipe, and if I recall correctly, not supposed to be oxidized -- dimensions not given -- I recall dimly that the Ni is 0.1 mm thick. > You are mistaken. There is almost no copper in 200, 300 or 400 grade > stainless. > > Chemical Composition of Stainless 314 (used in Dewars, 304 is similar) > > * Carbon 0.25 max > * Manganese 2.00 max > * Silicon 1.50-3.00 > * Phosphorus 0.045 max > * Sulfur 0.03 max > * Chromium 23.0-26.0 > * Nickel 19.0-22.0 > * Iron balance Moreover, as participant among many for months on V-L re transmutation claims re the Cincinnati group: Sept. 25, 1997 Note by Rich Murray: In "Properties of Materials: Properties, Processing, and Selection of Materials," Table 16.24 (PART A), p. 16.62, for AISI Type (UNS) Stainless Steel, (S30430), the Typical Composition (%) is 3-4 Cu, 17- 19 Cr, 8-10 Ni, 0.08 C, 2.0 Mn, 1.0 Si, 0.045 P, 0.030 S, and, of course, Fe. [ I did an onsite search at Los Alamos Scientific Lab library. ] Rich, the turd in the punch bowl at the cold fusion party... On Tue, Feb 8, 2011 at 7:01 PM, Jones Beene <[email protected]> wrote: > -----Original Message----- > From: Rich Murray > > Re the tiny copper flake found inside the Cincinnati group stainless > steel chamber after high temperature, high pressure electrolysis for > hours (1997?) -- I looked up the composition of the stainless steel at > the Los Alamos National Lab library, and found that copper was about > 5%... uh, possible electrochemical corrosion. Rich Murray > > > You are mistaken. There is almost no copper in 200,300 or 400 grade > stainless. > > Chemical Composition of Stainless 314 (used in Dewars, 304 is similar) > > * Carbon 0.25 max > * Manganese 2.00 max > * Silicon 1.50-3.00 > * Phosphorus 0.045 max > * Sulfur 0.03 max > * Chromium 23.0-26.0 > * Nickel 19.0-22.0 > * Iron balance
