cmatrix
Critical Thinker
- Joined
- Aug 20, 2009
- Messages
- 416
Every time I cut a slice of bread it has a different thickness. I guess its not bread right? Each slice is uniform in texture, composition etc. however. See how language works?Dr. Jones describes layers from roughly 10 to 100 microns in thickness, hardly "uniform." He also shows plots of two different elemental compositions. Furthermore, the only pseudo-independent to see these particles, Dr. Henry-Couannier, complained that in the sample he received, there were no such chips. His were strictly of the "Red" variety, not bi-layered at all.
What two elemental compositions?
Dr. Henry-Couannier? The fellow who seems to be implying Jones and Harrit may be disinfo agents and cold fusion brought the towers down? Mark Basile has also confirmed the results.
Back to the explosive fire-resistant primer paint eh? Look up the word "either" in the dictionary.Nope. The size of the particles observed is consistent with pigments in paint. The rhomboid components are also much wider than 100 nm, which means they aren't nanotech at all.
You'll have to be more specific. I don't have time to wade through mounds of moronic hand-waving JREF tripe. It seems all your "proof" is demolished in the original post.There is abundant evidence that Bentham is a vanity publication. I confirmed that Dr. Jones's earlier paper was never properly reviewed over a year go in person, as you can read in my posts in this thread. I have personally been a target of Bentham's spam e-mail. Real academics blew the "fraud" whistle on Bentham before Dr. Jones had ever heard of them. The editor-in-chief resigned over this paper in specific.
Um the whole point is that she doesn't have a point. Try reading what you respond to.This is a classic example of the limiting case of inflation -- anyone who disagrees with you suddenly becomes "suspicious." You never even stop to consider that she might have a point.
Maybe she wasn't a tool until she was threatened.If she's a tool of the establishment, and Bentham and the paper are otherwise legit, why wouldn't she stop the paper, rather than publish it and then resign? Your accusation is not only spurious, it's not self-consistent. Typical Truth Movement BS, that's what it is.
Heavens no! How could the chips be contaminated when they are surrounded by contaminants? Did you even read the paper? They suggested the Cr and Zn were from surface contamination.No, no, no. First of all, we don't know that these samples even came from the WTC in the first place. Second of all, see the word sometimes I highlighted for you, above? That's a huge problem for you. It shows that your sample must be contaminated.
No one is proposing anything of the sort. You are simply imagining things.Think about it. What you're now proposing is not one, but two kinds of "nanothermite," one with chromium and zinc, and one without. Why on earth would anyone do this?
My God you really are onto something. Whenever I buy paint I make sure to choose the explosive kind.The best hypothesis is that you're looking at two (or more) different kinds of paint. One of those happens to be a good fit to the Tnemec primer used in the WTC. That paint is also not particularly heat resistant. It's an anti-corrosive. It has absolutely nothing to do with the fire protection system of the structure. That is carried out by gypsum board, which lay on top of the Tnemec paint.
I made no inference, you did. NIST heated the paint to 800 C and it didn't ignite or explode. Get it?Regarding ignition temperature, you have to consider the system response of the paint. NIST does not say what its ignition temperature is. You merely inferred that from the temperature NIST used in its "mud-cracking" tests. Well, guess what, if you actually read NIST, in specific NCSTAR1-3C, you will see that the paint only appears to survive long enough to "mud crack" when it is shielded from the atmosphere, i.e. hidden behind a concrete floor pan or similar structure. It is also adhering to a steel column -- that's the whole point -- which is a pretty good local heat sink. So it's more than just exposure to that temperature that matters. To withstand such high temperatures, it also has to be kept out of the open air. NIST reports that, where the steel was exposed, the paint is simply gone. So you have no evidence that the Tnemec primer, or any other paint, in fact does survive higher temperatures than Dr. Jones's samples.
The paper shows the chips are explosive. Stick a pot on your head and bang it as much as you want. It won't change reality.You are correct, however, that the paint is not explosive. But then, neither are Dr. Jones's samples.
The uniformity and precision engineering refers to the ultra-fine size of the particles and the fact they are embedded in an organic matrix.Dead wrong. You've presented a remarkable strawman. The vast majority of our counter-arguments about Dr. Jones's conclusions are factual, and have nothing to do with the few things above you've cited. In specific:
[*]The "nanothermite" samples vary by about a factor of 10 in energy content. This nonuniformity proves it is not a "precision engineered" substance of any kind.
No idea what your point is here. You think the organic matrix which provides the explosive gas generation is a contaminant?[*]The top end of energy content exceeds the theoretical maximum for thermite by a factor of two, and the observed content of nanothermite by a factor of five. The substance cannot be thermite of any type. Its "contaminants" are, in fact, the dominant species.
You can't find something if you're not looking for it.[*]Regardless of what it actually is, there's no evidence it was actually in the WTC to begin with, and considerable evidence against. The sampling strategy is wholly inadequate. A more thorough methodology was applied by Lioy et al., and they found no nanothermite at all. They did, however, find that a large fraction of the dust originated as paint, of numerous types.
The nice thing about nano-thermite is that it is quiet, can be painted on and few would believe it would ever be used for a demolition.[*]There is absolutely no coherent explanation for why nanothermite would be in the structure in the first place. It offers no advantages, either as an explosive or an igniter, over cheaper, less troublesome, actually available ordinary technologies.
Mark Basile and Frédéric Henry-Couannier have supposedly independently corroborated important features of the research.[*]Absolutely no one has corroborated these findings, and the one person who was given a sample of the dust couldn't even match the visual description claimed by Dr. Jones.
Oh sure. I believe you.Refute those arguments, and I might listen. But you can't, obviously. Plus there are even a couple more that I'm saving to see if you have any chance of ever knowing what you're talking about.
Ah so those huge spikes of O in the XEDS spectra are from the air. Silly me.Totally wrong. An aluminum wheel on a rusty hub has the same chemical signature of nanothermite, too... Dr. Jones has not demonstrated, indeed has not even attempted to show, that the chips contain any available oxygen at all. In his burn tests, oxygen was provided from the atmosphere, not from his chips.
Does it ignite or explode? That's something I look for in a ceramic.Red Tnemec is more of a ceramic than a traditional paint, and it's resistant to MEK. Read NCSTAR1-3.
No idea what you are talking about. The spheres result from the reaction with iron oxide. They are not coming from any steel that is melted.There is no evidence that iron microspheres are produced by burning the chips. And if it was, that's a big problem for you -- because the chips were burned in a DSC. They never reached a temperature high enough to melt steel, nor were they in an enviroment where iron would form microspheres through large-scale melting and surface tension. So either those microspheres were there from the start, or you've found a reaction that creates them at much lower temperatures. (The first choice is the correct one.)
And if you can figure out how to make it explode chances are you've got a sol-gel nanothermite.Ordinary paint routinely contains, as pigments, metal in ~100 nm sizes in regular shapes. It's not as hard to make as you might think.