It looks like you're using an Ad Blocker.
Please white-list or disable AboveTopSecret.com in your ad-blocking tool.
Thank you.
Some features of ATS will be disabled while you continue to use an ad-blocker.
originally posted by: neutronflux
a reply to: Hulseyreport
You
You can maintain if you wish the Concrete held millions of Iron Molten spheres.
False argument you. Please quote from the postings in this thread all the sources and processes that create micro iron spheres.
originally posted by: neutronflux
a reply to: Hulseyreport
You
Harrit red/gray chips explain satisfactorily why there were millions of Molten Iron spheres in the dust.
Industrial coatings containing small particles like iron oxide used as a pigment create micro iron spheres when exposed to fire?
1:He says they found melted Iron
2: He even mentions some of Iron vaporized. That's even worse for the official account.
3: Rich says Iron spheres are obtainable by the ignition of petroleum and coal-based fuels.
Sure, that's not impossible if the heat is plentiful, which I never quarreled with.
originally posted by: neutronflux
a reply to: Hulseyreport
You
1:He says they found melted Iron
2: He even mentions some of Iron vaporized. That's even worse for the official account.
3: Rich says Iron spheres are obtainable by the ignition of petroleum and coal-based fuels.
Sure, that's not impossible if the heat is plentiful, which I never quarreled with.
Sigh
A fire can cause iron spheres to form if the surface area is great enough to material like small particles of iron oxide.
originally posted by: Hulseyreport
originally posted by: neutronflux
a reply to: Hulseyreport
You
You can maintain if you wish the Concrete held millions of Iron Molten spheres.
False argument you. Please quote from the postings in this thread all the sources and processes that create micro iron spheres.
Pick one experiment to explore that you understand solves the problem of million of Iron spheres in the dust. Mick has number of experiments choose one and we see if make sense!
originally posted by: Hulseyreport
originally posted by: neutronflux
a reply to: Hulseyreport
You
1:He says they found melted Iron
2: He even mentions some of Iron vaporized. That's even worse for the official account.
3: Rich says Iron spheres are obtainable by the ignition of petroleum and coal-based fuels.
Sure, that's not impossible if the heat is plentiful, which I never quarreled with.
Sigh
A fire can cause iron spheres to form if the surface area is great enough to material like small particles of iron oxide.
Thats silly. Why would thermite even exist if that possible? Iron oxide never reacts on its own to form Iron molten spheres.
originally posted by: neutronflux
originally posted by: Hulseyreport
originally posted by: neutronflux
a reply to: Hulseyreport
You
You can maintain if you wish the Concrete held millions of Iron Molten spheres.
False argument you. Please quote from the postings in this thread all the sources and processes that create micro iron spheres.
Pick one experiment to explore that you understand solves the problem of million of Iron spheres in the dust. Mick has number of experiments choose one and we see if make sense!
What process would not be present from welding and grinding during construction contaminating the WTC site, during the jet impacts, and during the building fires and the buildings collapsing.
What do you not get iron microspheres are not exclusive to a thermite reaction.
originally posted by: neutronflux
originally posted by: Hulseyreport
originally posted by: neutronflux
a reply to: Hulseyreport
You
1:He says they found melted Iron
2: He even mentions some of Iron vaporized. That's even worse for the official account.
3: Rich says Iron spheres are obtainable by the ignition of petroleum and coal-based fuels.
Sure, that's not impossible if the heat is plentiful, which I never quarreled with.
Sigh
A fire can cause iron spheres to form if the surface area is great enough to material like small particles of iron oxide.
Thats silly. Why would thermite even exist if that possible? Iron oxide never reacts on its own to form Iron molten spheres.
Because it only works on very small particles. You do know thermite is used for welding metals.
Again you omitting all the scientific evidence demonstrated in the Harrit Study.
There red/gray chips ignited at 430c temperature and ran wild and produced Iron molten Microspheres.
They're not a known paint
can form Molten Iron Spheres at 30 percent of expected temp to melt Iron.
The debunkers have shown not one real experiment when you heat up paint chips, their Iron spheres forming on the burned chip later.
By Mick West
www.metabunk.org/making-iron-microspheres-grinding-impacts-welding-burning.t9533/
Burning Methods (external ignition)
Burning Paint Chips #1. www.metabunk.org...
I bashed off a bunch of pain chips from my red painted steel wheelbarrow and waved a butane flame over them. Result = iron microspheres
Here's a scale comparison with the Harrit microspheres (left) and mine (right).
Of note, in both their photos and mine the red layer appears undamaged. Curious, since that's supposed to be the one that's nanothermite. What seems to have happened is the iron oxide layer has "burnt" (perhaps with some of the paint, of some intermediate layer), and created some iron microspheres.
www.metabunk.org...
Harrit found nano-thermite.
You forget R.j Lee studied buildings unaffected and discovered there was only 0.04 per cent ( Iron spheres) in the dust.
9/11 that surged to near 6 percent of every dust sample collected by them.
originally posted by: democracydemo
Interconnected core columns, got it! How much of the vertical load for the whole building(s) was the core structure responsible for (percentage-wise)?
originally posted by: waypastvne
originally posted by: Hulseyreport
Harrit chips were analyzed in inert atmosphere.
Prove it.
Harrit chips were analyzed in inert atmosphere.
An analysis of the DSC data in the Herrit-Jones paper
By pteridine
www.abovetopsecret.com...
www.abovetopsecret.com...
Based on this figure, we may approximate the following theoretical and measured energies:
Not measured in this experiment:
HMX = 5.5 kJ/g
TNT = 4.5 kJ/g
TATB = 4.1kJ/g
Thermite = 3.9 kJ/g
Measured in this experiment:
Chip #1 = 1.5 kJ/g
Chip #2 = 2.5 kJ/g
Chip #3 = 7.5 kJ/g
Chip #4 = 5.9 kJ/g
The first thing we notice is the wide disparity of values for the “highly engineered” material. This should raise doubts as to sample collection and preparation and even if the materials are the same thing. By other analyses, they appear similar.
Now we note that two of the chips, #3 and #4 have far more energy than if they were 100% thermite. They also have more energy than any of the high explosives or any combination of thermite and any high explosive as a composite. Arithmetically, if we have a 50:50 mix of thermite and HMX we should have an energy of about 4.7 kJ/g -- below that of chips #3 and #4. How can this be?
To explain this, we must understand what is being measured and how. The explosives and thermite have, internal to them, their own oxidants. We include their oxygen in the weight we measured. If we measure heat from a burning hydrocarbon, for example, we DON’T include the weight of the oxygen in the air we use to burn it. Candle wax burning in air has about 10 times the energy/gram of thermite using this convention. What does this mean? It means that some, if not all, of the energy from the red chips is due to burning of the carbonaceous paint matrix in air.
Jones is vague about this problem and says on p27. “We suggest that the organic material in evidence in the red/gray chips is also highly energetic, most likely producing gas to provide explosive pressure.” What might that energetic material be? Jones has no clue. His team lacks the chemical knowledge to postulate a reasonable composition. It has no nitrogen, so it is not one of the explosives shown. It is energetic when burning in air. So is candle wax. Volatilized, it will produce gas but it does not seem to be otherwise energetic. How can this problem be resolved? What experiment must be done to show the possibility of thermite or some composite?
As I have stated above, thermite and explosives have their own oxidants built in. burning hydrocarbons do not. How can Jones discriminate between explosives, thermite and plain old burning paint?
He can re-run the DSC under an argon atmosphere. What a simple and elegant solution. Under argon, all the energy coming out will be from the thermite and its energetic additives. If there is no energy coming out, there is no thermite and all those contortions and obfuscations are for naught. Why wouldn’t Jones do this obvious experiment? Maybe he did and didn’t like the results.
He wrote that a a Gas Vapor release appeared in the DSC test and that maybe result of lighting the Carbon matrix
He wrote that a a Gas Vapor release appeared in the DSC test and that maybe result of lighting the Carbon matrix