RE: Could 'Free Energy' released from New Fire reactors be a shot through the heart of mainstream science?
When the plasma discharge forms, it will immediately get hot, boil the electrolyte and clear the electrolyte in a bubble of plasma gas surrounding the primary "strike" zone. So, the bulls-eye appearance is not surprising. There is a wide variety of crystal formation. Spectrum 83 seems to show formation of nickel sulphate crystals from the electrolyte. The Fe that shows in the spectrum would come from the anode (common for the anode to deliver ions into the plating solution). It is not surprising that the film morphology/crystallography would be bizarre in a such a plasma electrolysis plating system.
Also note that the carbon is probably from contamination by the organic conductive tape commonly used to mount the foil to the sample pedestal, and is thus a surface contamination, not a part of the Ni composition.
No transmutation effects are apparent in this SEM analysis.
Whilst there is not specific ELEMENTS that are not expected in this particular 3 sample points, if Adamenko is to be believed, then we may find that there is some skew to higher isotopes of Nickel for instance.
SIMS testing is therefore very important and if there are isotopic variation from natural abundance, this may mean that the preparation of the foil is more important to the reactors functioning than first thought.