Thanks! I was aware of the first link, but not the second. Interesting comments there, particularly:
SnowCrash wrote:Milette is being paid $1000 to debunk the nanothermite paper by German JREFer "Oystein". He will complete the assignment as requested and paid for. Personally,. I believe there is not a chance in hell he's going to 'confirm' the findings, but if he does, I think his principals will be very upset.
Given the fact that SnowCrash has thus far debated my civilly here on the 911forum, that we have agreed on number of points elsewhere, but that he abandoned this very thread (see last page) and has not responded to technical reasoning, I am very suprised, but not amused, to find him smearing my reputation like this elsewhere.
ETA: I should add that I actually hope very much that Millette can confirm Harrit e.al's findings, i.e. that Millette finds red-gray chips that match Harrit's particularly chips a-d of figures 2-11. If not, his study will not yield any data for me to work with. But if, and after, Millette confirms the data and existence (and perhaps even abundance) of these chips, I expect him to go into greater depth of analysis and show, using competent methodology and documenting it meticulously, what the chemical bonds of the different materials are:
- the whitish, faceted grains that Harrit already has agreed are hematite
- the platelets that contain Al and Si
- the gray layer
- the organic matrix
I am on record with the following predictions, and stand by them:
- These chips a-d are LaClede standard primer on flaked-off A242 steel (1966 spec)
- The gray layer is largely iron oxides, with possibly some elemental iron, plus small amounts (>0.1%, <1.0%) of manganese and carbon, possibly copper and chromium
- The red layer matrix is a cured epoxy
- The whitish facteded grains are hematite, typically around 150nm large (hematite pigment appear bright red in that size; more orange when smaller, more purple when larger)
- The platelets are aluminium silicate with equal amounts of Al and Si bound with O - that means no elemental Al, and no Al-oxide, and no Si-oxide (except, in the case of the oxides, for very small traces that may be common in natural clay deposits). Possible trace inclusions of other elements common in natural clays such as Ca, K or Na.
- Some of the pigments will be needles of strontium chromate (SrCrO4)