J.M. Talboo posted a new article on Debunking the Debunkers, titled
New Evidence from AE911Truth Chemical Engineer Mark Basile.
One quote:
"Millette has done research for the government, so his involvement in studying these chips should break the taboo and bring attention to this area of research: I am co-authoring a paper that will cover this debate in detail."
Since I really do not care about Talboo's paranoia, interesting in the article for me are two links to
Mark Basile's videos, which show the heating of two paint chips,
blue one and
red one.
The heating element is probably the same like in the "old good" video showing WTC chip ignition.
Exact experimental conditions are not described again, as well as heated paints. It seems to be clear, however, that these paints are not attached to the rust flakes.
Anyway, none of these new chips ignited with visible flame. We can only see that the blue chip perhaps exhibits similar "inflation" as Basile's WTC chip. Red chip is not apparently inflated, but it is slightly "dancing" on the substrate. Fumes/smoke of expected polymer degradation are not visible here, in contrast to the former WTC chip "Lucky Thirteen".
Sometime in the autumn 2011 (?) I wrote that I do not expect that all paint chips would be ignited at these conditions.
And I still think that self-ignition
(with the formation of visible flame) of gradually heated paint chips can be basically an accidental
(and perhaps even rare) event.
Indeed, the polymeric binder in all paint chips is inevitably burned anyway, with distinct exothermic effects, but it can proceed without visible flame.
Mark Basile simply proved by these two experiments that not all paint chips are really ignited when heated on his element. Better than nothing, I would say, since scientific literature "sadly" does not contain any papers on exact ignition behavior of various paint chips when heated.
It reminds me that I've heard the rumours that
Dave Thomas plans to collect some paint samples on rust and to heat them up to 700 degrees, looking for their behavior, and namely for the microspheres after heating.
If this is true, I wish you a good luck, Dave!
