We are massively off-topic. So I'll just reply to the part that mentions Millette's dust study:
Let me check if I understand you correctly, ergo. Are you saying that
- as per your first paragraph, all red-gray chips are essentially the same material?
Yes. Do you think otherwise?
- i.e. if one, or four, ignite at 430°C, all ignite at 430°C?
If one out of four ignite at 430 C, then not all ignite. If four out of four ignite, then all ignite. Why do you ask?
- i.e. if one is, for example, thermitic, all are thermitic?
If one is thermitic, chances are a good many of them are. It depends on how the thermite is distributed within the matrix, I suppose.
If I got that part right then you will certainly agree that
- if on, or four, chips are paint, then all are paint
right?
If four out of four chips are paint, and there's no ignition reaction at 430 C that produces that exotherm and resulting microspheres, then it's likely that the chips are paint with no thermite.
If you can prove that plain old non-thermitic paint chips ignite at 430 C, producing similar microspheres at least one in four times as were observed by several researchers, then your case for no thermite is very strong.
Millette proved that one kind of chips contains only common ingredients of paint, but no elemental metal (in particular, no aluminium), so those chips are surely paint, and definitely not thermitic.
He may have a case that that chip or those chips are not thermitic.
It follows, from your logic, that all red-gray chips are not thermitic, they are all paint.
If they're not thermitic, I don't really care what they are.
I have one question that you dodged very elaboratively, by derailing an already derailed thread to the totally irrelevant topic of "power density".
Are you claiming that nano-thermite (of the Al+Fe2O3 variety) can have an energy density > 4 kJ/g?
(If you fail to give a crisp answer, which begins either with a "Yes." or a "No.", you'll go back to ignore immediately, as that will show that your evasions, distractions and stupidity will never end)
I will honestly answer that I don't know. However, this obsession with energy density appears to be irrelevant to the actual explosive potential of nanothermites. As was already pointed out, thermite has near the same energy density as TNT. Is TNT not an explosive in your eyes? What is the relevance of this constant harping on energy density?
If it relates specifically to the DSC test, then I am interested in learning how and why. Otherwise, I will reiterate again that all the literature on nanothermites discuss their greater energy storage capacity, faster reaction times, faster release rates, and therefore greater explosive potential. Discussions of energy density in this case appear to be entirely irrelevant.
Here's another reference:
Conventional energetic materials typically have relatively low energy density and reaction burn rate. By reducing the reactant particle size from micron size to nano scale, nanothermite mixtures decrease the diffusion and transport limitation, exhibiting a superfast reactivity and high pressure release rate during nanothermite reactions. These novel nanoenergetic materials have the potential to become the next generation explosive and propellant.
http://gradworks.umi.com/34/84/3484045.html