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Originally posted by THE AQUARIAN 1
reply to post by pteridine
It doesn't matter if some of the energy came from combustion. Tests for known nano-thermite are performed IN AIR.
Are they not?
The main point of the paper, which is portrayed quite clearly, is that elemental iron spheres were formed after a high temperature exotherm occurred when the chips were ignited. These are spheres that were not present pre-ignition. This is written into the paper and I have posted the excerpt for you to review.
If you are disputing this statement I will assume that you believe Steven Jones is a liar, in which case, there is no reason for us to communicate any longer.
Yours,
THE AQUARIAN 1
Steven Jones is not a liar. He is just an incompetent chemist.
[color=gold]Publication in a Peer-reviewed Civil Engineering Journal!
Finally! After submitting a half-dozen papers to established peer-reviewed technical journals over a period of nearly a year, we have two papers which have passed peer-review and have been accepted for publication. One of these was published TODAY! In science, we say that we have “published in the literature,” a major step in a nascent line of scientific inquiry.
And many thanks to the editors for their courage and adherence to science in allowing us to follow the evidence and publish in their journal. (Indeed, expressions of thanks along these lines to the editors will be appreciated, as they will probably get a few letters chastising them… )
The paper is here:
www.bentham.org... (our paper is listed on top at the moment, the most recently entered paper); or go here:
www.bentham.org...
(Click on “year 2008” then scroll down to the paper and click on it.)
[color=gold]Another Peer Reviewed Paper Published in Scientific Journal Active Thermitic Material Discovered in Dust
in fact they looked like and had the components of paint.
Why this "energetic" material won't stay lit is another conundrum for the conspiracy buffs.
The energy balance says that no combination of high explosives and thermite can come close to the energy output of the chips which means that combustion of the organic matrix must have taken place. The only way to determine if a thermite reaction had taken place was to run the DSC in an inert atmosphere to eliminate the combustion component.
[color=gold]Explosives Found in
World Trade Center Dust
Scientists Discover Both Residues
And Unignited Fragments
Of Nano-Engineered Thermitic Pyrotechnics
In Debris From the Twin Towers
The discovery of active thermitic materials adds to a vast body of evidence that the total destruction of the Towers were controlled demolitions, and to the subset of that evidence indicating the use of aluminothermic materials to implement those demolitions.
That discovery also undermines the oft-heard claim that no explosives residues were found, a claim that was never compelling, given the apparent lack of evidence that any official agency looked for evidence of explosive residues of any kind. Worse, the public record shows that [color=gold]NIST not only failed to look for such evidence, it repeatedly evaded requests by scientists and researchers to examine numerous facts indicating explosives and incendiaries .
I expect that collapse theory defenders will dismiss the discovery of active thermitic material in the same way that they dismissed the thermite residues: by claiming that the samples were contaminated and/or that there are other explanations for the origin of these artifacts than pyrotechnics in the WTC Towers. "Debunkers" have proposed that the iron-rich spheres were fly ash residues embedded in the Towers' concrete, ignoring that the iron constituents in fly ash are oxides rather than elemental iron. How will they explain away the bi-layered chips, whose red layers have iron oxide and elemental aluminum in the ratio of Fe2O3 thermite as nano-sized particles of uniform shape?
As the work of explaining away the direct evidence of explosives becomes more daunting, we will probably see even more reliance on the mainstay of arguments against controlled demolition: those alleging that insurmountable obstacles would face such a project. Three of the most salient such workability arguments are:
• That the surreptitious preparation of the Twin Towers was too prone to exposure.
• That setting up the demolitions to start from the Towers' crash zones was technically unfeasible.
• That thermite is unsuitable as a tool of controlled demolition.
These arguments have taken on the appearance of straw men with their continued repetition -- including by NIST itself -- after being publicly shown to be based on false assumptions. The 9-11Research FAQ on Demolition addressed the first two starting in 2004, and Steven Jones and others addressed the third starting in 2006 by pointing out the existence of explosive variants of thermite.
[color=gold]FAQ: Controlled Demolition With Aluminothermics
With the publication of Active Thermitic Material Discovered it becomes even easier to imagine plausible scenarios that answer workability arguments. The characteristics of super-thermites and the features of the thermitic fragments described in the paper, combined with a survey of methods for the programmable wireless detonation of energetic materials available in 2001, provides straightforward answers to the most frequently-heard questions about the implementation of controlled demolition of the Twin Towers -- answers that thoroughly undermine assertions that controlled demolitions using aluminothermics was not feasible.
Following are the three arguments listed above re-phrased as questions. I start with the last argument, which is addressed in detail in the discussion section of Active Thermitic Material Discovered.
[color=gold]How Could Thermite, an Incendiary, Demolish the Towers, When Buildings Are Normally Demolished Using High-Explosive Cutter Charges?
As is obvious from a review of the literature on energetic materials, thermite-based pyrotechnics can be engineered to have explosive power similar to conventional high-explosives while providing greater energy density and much greater stability. Thus, aluminothermic cutter charges similar to the shaped charges used in commercial demolitions are entirely feasible. However, a variety of forms of thermite might be used to demolish a steel-framed skyscraper in a way that uses no cutter charges at all, as in this Hypothetical Blasting Scenario, which posits three types of aluminothermic pyrotechnics: a thermate incendiary coating sprayed onto steelwork, nano-thermite kicker charges placed near steelwork, and thin-film nano-composite high-explosives distributed throughout the building. The strategically applied incendiary coatings, ignited several minutes before the building's take-down, weaken the structure; but obvious failures start only when the kicker charges break key supports, and the thin-film high-explosives begin pulverizing the building from the initial failure zone outward.
Why Weren't Demolition Charges Triggered by the Plane Crashes or the Subsequent Fires?
Perhaps the plane crashes did trigger some of the charges. If so, their blasts were lost in the jet-crash fireballs, and their damage was insufficient to budge the Towers' tops. Thermite incendiaries in the core ignited by the crash would not be visible over the fires, unless dislodged to the building's exterior, as apparently happened in the South Tower. However, this probably wasn't an issue because, in contrast to conventional explosives, thermite has a very high ignition temperature -- above 900ºC. Thus, thermitic incendiaries used around the crash zones could have been designed to survive the fires. As for thermitic explosives, they could have been designed to detonate only on exposure to the very extreme conditions of temperature and pressure provided by specialized detonators, and to deflagrate (merely burn) in response to the kinds of pressures and temperatures produced by the plane crashes and fires. As a fail-safe, the demolition sequence could have been programmed to be triggered by premature ignitions of pyrotechnics.
[color=gold]How Could the Demolition Equipment Have Been Installed in the Twin Towers Without Tenants Noticing?
The simple answer is by disguising the equipment as normal building components, so that not even the workers installing the components are aware of the concealed pyrotechnics. Three aspects of the Hypothetical Blasting Scenario that facilitate this are: the stability and specificity of ignition conditions achievable with aluminothermic pyrotechnics, minimization of the required access to steelwork, and the use of a completely wireless ignition control system.
Originally posted by impressme
reply to post by pteridine
The energy balance says that no combination of high explosives and thermite can come close to the energy output of the chips which means that combustion of the organic matrix must have taken place. The only way to determine if a thermite reaction had taken place was to run the DSC in an inert atmosphere to eliminate the combustion component.
Again, this is your opinion.
I think when the same false 'information' is repeated, ad infinitum, there is some sort of problem....)
This is thermodynamics, not opinion.
If you don't understand it, say so and I'll explain it again. The only opinion we see is yours.
Originally posted by THE AQUARIAN 1
reply to post by pteridine
Paint doesn't melt iron.
1. What the snip are you talking about?
2. Did Steven Jones find iron microspheres in the post ignition samples that were not present pre-ignition?
Answer to question 2 should look like this:
2. Yes or no.
As everyone on this forum has seen, Jones claims he did. This is written into the paper. So, you either don't believe him or you can't read.
Originally posted by THE AQUARIAN 1
reply to post by pteridine
2. Did Steven Jones find elemental iron microspheres in the post-ignition samples that were not present pre-ignition?
Yes or no?
Originally posted by THE AQUARIAN 1
reply to post by pteridine
These spheres were formed after ignition were they not?
Yes or no?
The only way they could have been formed is from enduring temperatures higher than the melting point of iron.
Yes or no?
Originally posted by THE AQUARIAN 1
reply to post by pteridine
These spheres were formed after ignition were they not?
Yes or no?
The only way they could have been formed is from enduring temperatures higher than the melting point of iron.
Yes or no?
Originally posted by impressme
reply to post by pteridine
Regardless how you spin, Steven Jones peer reviewed paper and by accusing him of deliberately deceiving the American people, which we know is untrue.
Unfortunately, for you, no one is supporting you, that has any real understanding to these equations. You have proven nothing fraudulent about Steven Jones peer reviewed journal. Why didn’t you resister with A&E and confronted those scientist with your theories’. Perhaps, we can contact them and have them look over your theory and wait to hear from the real experts in their science departments, would you agree with that.