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Originally posted by thedman
reply to post by _BoneZ_
No traces of det cord. blasting caps, shaped cahrges, delay tubes, radio
detonaters, etc in the debris which was sifted multiple times including final screening at Fresh Kills for
bone tissue/fragments and personal effects. Were able to recover tiny fragments from victims yet nothing survived of explosive demolition?
Nothing was found. Nada, Zip, Zilch, No Dice...
Originally posted by thedman
reply to post by _BoneZ_
OK Bonez .....
Tell me why dozens of bomb techs from the NYPD and other departments (including Passaic County NJ Sheriff
bomb squad, many of whom I have talked to), arson/explosive investigators from FDNY and ATF, demolition
experts from Pro-Tech and CDI, in addition to hundreds of ordinary FF and constructions workers could detect
any signs of explosive demolition. No traces of det cord. blasting caps, shaped cahrges, delay tubes, radio
detonaters, etc in the debris which was sifted multiple times including final screening at Fresh Kills for
bone tissue/fragments and personal effects. Were able to recover tiny fragments from victims yet nothing survived of explosive demolition?
Nothing was found. Nada, Zip, Zilch, No Dice...
Yet we are to believe these clowns who come by years later and say can prove explosive demolition from some dust ?
Sorry doesn't work......
Originally posted by Doctor Smith
Even if they used conventional explosives their would be very little left to find. The charges are totally consumed when used.
Now they find the evidence of the nano thermate when they took the blinders off and finally looked. All because of the building 7 screw up.
If there would be very little left to find, why do you claim that there is evidence for nanothermite? Jones estimated ten tons of red chips in the dust. Ten tons doesn't sound like a totally consumed demolition material. Maybe red paint is a better fit.
Originally posted by Doctor Smith
reply to post by pteridine
If there would be very little left to find, why do you claim that there is evidence for nanothermite? Jones estimated ten tons of red chips in the dust. Ten tons doesn't sound like a totally consumed demolition material. Maybe red paint is a better fit.
That was for conventional explosives as stated. So you're mixing apples and oranges again. And as for the old red paint blunder. The elements in the Red paint in no way match the samples. And the Red Paint does not behave the same when heated.
So, you are saying that the unconventional demoliton materials are so unconventional that they don't go off. This is certainly unconventional and is a new benchmark for the truther movement. As to "elements" in red paint in "no way" matching the samples, what do you think the red pigment is in metal primer? Might it be iron oxide? Do you think filler materials might be aluminosilicates?
Originally posted by Doctor Smith
reply to post by pteridine
So, you are saying that the unconventional demoliton materials are so unconventional that they don't go off. This is certainly unconventional and is a new benchmark for the truther movement. As to "elements" in red paint in "no way" matching the samples, what do you think the red pigment is in metal primer? Might it be iron oxide? Do you think filler materials might be aluminosilicates?
So. You are changing the subject. Can't find one example of any building globally collapsing in history. Other than that caused by controlled demolition. Only buildings 1,2 and 7 on the same day.
Thermate can be formulated to explode or to cut through steel. The red paint is not made of the same elements and does not behave the same when heated. Bringing up the paint over and over is only destroying your credibility.
The chips are red paint, and small-minded individuals grasping at conspiracy straws with predetermined conclusions and botched chemical analyses only work against any reinvestigation demands from being taken seriously. After all of this time, I would have expected the hard-core truthers to have figured this out. Maybe straw grasping is not limited to deluded ex-professors.
[color=gold]Thermite Proven! Jones Science Proves Red Thematic Material not just Red Paint Chips, page 1
There are many debunkers on ATS who claim the red material in Jones peer review paper is *only red paint*. This is absolutely nonsense! Professor Steven Jones makes it perfectly clear the red material he discovered under electronic microscope is a thematic material.
(33)Thus, the middle-layer gray material contains carbon and
oxygen and presumably also contains hydrogen, too light to
be seen using this method. Since the gray inner layer appears
between two other layers, it may be a type of adhesive, binding
a red porous thermitic material to another, iron-rich material.
One mightspeculate that the red thermitic material has
been attached to rusty iron by an adhesive. The cooling effect
of the iron in such close proximity, acting as a heat sink,
might quenchthe reaction and explain the fact that unreacted
red thermitic material, always found by us in thin layers,
remains in the dust. These hypotheses invite further experiments.
Fig. (32). Close-up SEM image of the chip pictured on the right, the same chip but not precisely the same spot. This chip had been treated in MEK solvent so that the red layer has expanded and porosity is evident.
7. [color=gold]Could the Red Chip Material be Ordinary Paint?
We measured the resistivity of the red material (with very little gray adhering to one side) using a Fluke 8842A multimeter in order to compare with ordinary paints, using the formula:
Specific resistivity = RA / Lwhere R = resistance (ohms); A = cross-sectional area (m2); L
= thickness (m). Given the small size of the red chip, about 0.5 mm x 0.5mm, we used two probes and obtained a rough value of approximately10 ohm-m. This is several orders of magnitude less than paint coatings we found tabulated which are typically over 1010 ohm-m [31].
Another test, described above, involved subjection of red
chips to methyl ethyl ketone solvent for tens of hours, witagitation. The red material did swell but did not dissolve, and
a hard silicon-rich matrix remained after this procedure. On the other hand, paint samples in the same exposure to MEK
solvent became limp and showed significant dissolution, asexpected since MEK is a paint solvent.
Further, we have shown that the red material contains
both elemental aluminum and iron oxide, the ingredients of
thermite, in interesting configuration and intimate mixing inthe surviving chips (see Results, section 1). The species are
small (e.g., the iron oxide grains are roughly 100 nm across)
in a matrix including silicon and carbon, suggesting a superthermite
composite. Red chips when ignited produce very
high temperatures even now, several years after the 9/11
tragedy, as shown by the bright flash observed and the pro-
0duction of molten iron-rich spheres (see photomicrographs in
Fig. (20) above). Correspondingly, the DSC tests demonstrate
the release of high enthalpy, actually exceeding that of
pure thermite. Furthermore, the energy is released over a
short period of time, shown by the narrowness of the peak in
Fig. (29). The post-DSC-test residue contains microspheres
in which the iron exceeds the oxygen content, implying that
at least some of the iron oxide has been reduced in the reaction.
If a paint were devised that incorporated these very
energetic materials, it would be highly dangerous when dry
and most unlikely to receive regulatory approval for building
use. To merit consideration, any assertion that a prosaic substance
such as paint could match the characteristics we have
described would have to be accompanied by empirical demonstration
using a sample of the proposed material, including
SEM/XEDS and DSC analyses.
www.bentham-open.org.../2009/00000002/00000001/7TOCPJ.SGM
As you can see there is a different in the red material and the red paint, some people like to twist these two comparisons around to fit their opinions against Professor Steven Jones.
His methodology for showing the difference between red paint that has cured for 30 years and some unknown fresh paint is laughable.
His selection of solvent to disrupt the paint matrix, MEK, shows how lacking in chemistry skills his team is
Jones discovered that red paint burns.....but most of it doesn't, if it is in Jones' lab. When you can make arguments that do not consist entirely of pasting paragraphs from Jones paper, you may join the debate. Until then, you are just leading the cheering section in the bleachers.
They probably used remote control detonators. More expensive but they have been around for a long time. Now they find the evidence of the nano thermate when they took the blinders off and finally looked. All because of the building 7 screw up.
Originally posted by thedman
reply to post by Doctor Smith
They probably used remote control detonators. More expensive but they have been around for a long time. Now they find the evidence of the nano thermate when they took the blinders off and finally looked. All because of the building 7 screw up.
Remote detomaters?
Not likely in a building as large as WTC - as anyone ever tried to use a cell phone in such a building can tell you
That is why professional demolition experts use miles of det cord to tie charges togather - totally reliable
Unlike trying to ensure multiple remote detonaters work simultaneous
Again why were no traces of such detonaters found while were to find pieces of the bomb timer from
PAN AM 103 which blew up over Lockerbie at 31,000 ft and scattered debris for miles........
We already know what is in Jones paper and just copying and posting pieces without discussion does nothing.
I have shown how it is lacking in many areas.
If you want to defend his paper rather than just cheerleading, explain why it is not. Explain how the partially combusted paint chips can provide valid energetic data. Explain why MEK is a better solvent than DMF, DMSO, and methylene chloride. Explain why DSC in air is a valid protocol for a reaction that does not need air.