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Originally posted by bsbray11
Originally posted by TrickoftheShade
Originally posted by bsbray11
You know what's cool about the phrase "collapse time," is that it has no formal physics definition.
Presumably it would include the whole period of time during which the structure is deteriorating and losing stability.
And if that's the case, WTC7's "collapse time" could start when it was first set on fire or when the first explosion was reported from it, or even right after construction was completely in the 1980s. ...
So it's definitely longer than 15 seconds then.
Sure.
So then you agree that the collapse time for WTC7 could be over 10 years long, since "collapse time" has no formal definition?
Originally posted by pteridine
This is what I provided in www.abovetopsecret.com...
"As to the comment that hydrocarbons burning in air have much more energy per unit mass than thermite, here is a link to some heats of combustion that you can refer to, as needed.
en.wikipedia.org...
Note that hydrocarbons are greater than 40 kJ/gram while Thermite [Jones paper] is less than 4 kJ/gram. Paint binders are hydrocarbons, so my statement that the binder has significantly more energy than any thermite is correct."
Originally posted by pteridine
The binder in paint DOES give off more energy than thermite or explosives in a DSC under the conditions Jones used.
Originally posted by pteridine
For energy output of the hydrocarbon binder, look up the heat of combustion of wax as an estimate.
Originally posted by TrickoftheShade
Originally posted by bsbray11
So then you agree that the collapse time for WTC7 could be over 10 years long, since "collapse time" has no formal definition?
If you like. As long as we're both agreed that the 7ish seconds used by lots of Truth Movement sites, and the sub-15 seconds impressme so indignantly pushes above, are incorrect.
You have every opportunity to show that I am incorrect.
Originally posted by pteridine
You have every opportunity to show that I am incorrect.
Your problem is that you are unable to do so and are squirming and wriggling trying to find excuses not to address my criticism.
Originally posted by pteridine
The binder in paint DOES give off more energy than thermite or explosives in a DSC under the conditions Jones used.
Originally posted by pteridine
For energy output of the hydrocarbon binder, look up the heat of combustion of wax as an estimate.
Combusting hydrocarbons all have energies about ten times that of thermite; showing DSC's of cured paint is pointless.
Originally posted by bsbray11
Combusting hydrocarbons all have energies about ten times that of thermite; showing DSC's of cured paint is pointless.
Oh, okay, now it's pointless.
Earlier you were claiming that the DSC proved me wrong, but when I ask you to prove it, now they're pointless.
Like I said, grow up. The only one doing the squirming is you. You can stop posting whenever you'd like, and you would only be doing yourself a favor
Originally posted by pteridine
The data from the DSC, not the DSC trace itself.
You cannot be as dense as you pretend to be so I will assume that you are begging me to stop posting because you realize that Jones' theory is bankrupt.
You love the theory and the possibility that there is a coverup of physical evidence that would show CD of the WTC and the Pentagon.
Jones' paper does not prove thermite, BS. The thermo is wrong and the chips show no characteristics of thermite. Use your head for something other than a hat rack.
Originally posted by bsbray11
Originally posted by pteridine
The data from the DSC, not the DSC trace itself.
You never posted either for paint binder so what difference does it make?
Originally posted by pteridine
The binder in paint DOES give off more energy than thermite or explosives in a DSC under the conditions Jones used.
Originally posted by bsbray11
reply to post by pteridine
Sorry, I'm not addressing any other nonsense you post until you finally give a source for the claim you made on the last page:
Originally posted by pteridine
The binder in paint DOES give off more energy than thermite or explosives in a DSC under the conditions Jones used.
Show the DSC data for paint so we can actually compare.
You can't make statements about the data if you don't actually have it. That would be lying.
The energy of hydrocarbons is 10 times the energy of thermite.
The DSC trace is not based on intrinsic properties and is a function of instrument conditions
Jones' data, two of the chips have much more energy than if they were all thermite or a mixture of thermite and high explosive.
This means that they are not thermite.
The values vary widely, the first hint that either the chips are not 'highly engineered' or that sample prep was not done well. Two of the samples are below the energy of thermite and two are far above. Source: Jones paper. One way to account for the excess energy is through combustion or a combination of combustion and some other reaction, such as thermite. Unfortunately, Jones screwed up and ran the DSC in air so that any organic material present would combust. He should have run it under Argon so there would be no combustion clouding the results and an exotherm would have shown the possibility of thermite.
8. What Future Studies are Contemplated?
We observe that the total energy released from some of
the red chips exceeds the theoretical limit for thermite alone
(3.9 kJ/g). One possibility is that the organic material in the
red layer is itself energetic. Determination of the chemical
compound(s) involved in the organic component of the red
material would promote understanding. [color=gold]Further studies of the
red material (separated from the gray material) compared to
known super-thermite variants using DSC, TGA, FTIR (etc.)
analyses would certainly be in order. In particular, NMR and
GC-mass spectroscopy and related studies are urged to identify
the organic material.
We have observed that some chips have additional elements
such as potassium, lead, barium and copper. Are these
significant, and why do such elements appear in some red
chips and not others? An example is shown in Fig. [color=gold](31)
which shows significant Pb along with C, O, Fe, and Al and
displays multiple red and gray layers.
In addition, the gray-layer material demands further
study. What is its purpose? Sometimes the gray material appears
in multiple layers, as seen in Fig. (32).
CONCLUSIONS
Based on these observations, we conclude that the red
layer of the red/gray chips we have discovered in the WTC
dust is active, unreacted thermitic material, incorporating
nanotechnology, and is a highly energetic pyrotechnic or
explosive material.
Thermite Types (by metal Oxide):
Iron(III) Oxide - Fe2O3
Iron(II, III) Oxide - Fe3O4
Copper(II) Oxide - CuO
Copper(I) Oxide - Cu2O
Tin(IV) Oxide - SnO2
Titanium(IV) Oxide - TiO2
Manganese(IV) Oxide - MnO2
Manganese(III) Oxide - Mn2O3
Chromium(III) Oxide - Cr2O3
Cobalt(II) Oxide - CoO
Silicon Dioxide - SiO2
Nickel(II) Oxide - NiO
Vanadium(V) Oxide - V2O5
Silver(I) Oxide - Ag2O
Generally, thermite is made by mixing Iron Oxide and Aluminum powder and igniting it at very high temperatures (a few thousand degrees). The reaction releases so much energy, molten Iron metal is produced as one of the products.
The two most common types of thermite are made using either Iron(III) Oxide, Fe2O3 (also known as Hematite), or using Iron(II, III) Oxide, Fe3O4 (also known as Magnetite). The Iron Oxide is mixed with finely powdered Aluminum metal. When the thermite reacts, liquid Iron metal and Aluminum Oxide, Al2O3, is produced as a result..
It is important to mix the thermite ingredients thoroughly in order to create a homogeneous mixture. Unless the thermite is sufficiently mixed, it may be difficult to ignite or sustain the thermite reaction.
In the first few weeks, sometimes when a worker would pull a steel beam from the wreckage, the end of the beam would be dripping molten steel. Greg Fuchek.
As of 21 days after the attack, the fires were still burning and molten steel was still running. Leslie Robertson.
Originally posted by pteridine
The binder in paint DOES give off more energy than thermite or explosives in a DSC under the conditions Jones used.
Originally posted by pteridine
The binder in paint DOES give off more energy than thermite or explosives in a DSC under the conditions Jones used.