Miragememories
Banned
"As I already said, I am not joking and I realize my posts represent an unproven theory.
It was my impression that this thread was founded on an interest in explaining the molten metal and long lasting hotspots in the WTC debris piles.
The rest of what you said about me is false and a total misrepresentation David.
Lying is permitted at JREF so there is little I can do when you misrepresent me."
"It represents a ridiculous theory designed only to address the temps underground.
Its quite clear that your theory is undefensible yet you persist in promoting it...
The idea was to begin with an acceptance that there was indeed molten steel (and therefore, hot spots underground capable of producing molten steel), and to then explain how the presence of it fits into a conspiratorial method by which the towers were brought down..."
As per conspiratorial method, Official Story supporters have no problem accepting crashing aircraft and fire.
And I presented an alternative explanation, nano thermite, and how it could account for molten steel.
bolding is mine"First of all, molten metal could indeed have formed in the rubble piles post collapse. KBR SH&E recorded underground temperature ranges "to more than 2,800F" (Professional Safety, May 2002, "SH&E at Ground Zero). So that's no surprise."
So, we have an acceptance of 'steel-melting' temperatures in the World Trade Center Ground Zero debris pile.
I have proposed a theory as to how these prolonged temperatures might have been maintained.
"What about the thermitic behavior of the dust?
We know that much of the WTC and its contents were pulverized into dust.
We know that the WTC dust is thoroughly impregnated with red chips that ignite at 430 C, at which temperature, they flare up and release a significant amount of energy.
Imagine the conditions in the debris pile where pockets have been created during the collapse and have initial temperatures high enough to ignite the red chips in any exposed dust lining the pocket.
Up above, Ground Zero debris removal operations are constantly disturbing unspent dust which continues to fall into these pockets and ignite.
Surrounded and thermally insulated by the dense mass of the pulverized debris pile, and constantly being re-supplied with falling dust, very high temperatures capable of melting metal could be achieved.
As long as any one of these thermal pockets has a minimal temperature of 430 C and a steady supply of un-ignited dust, the hotspot will perpetuate.
As each pocket is excavated, the temperature inside would immediately begin dropping and once a pocket is exposed sufficiently to reduce the temperature below 430 C, the dust would no longer ignite."
If you wish to oppose my theory jaydeehess, I suggest you bring something more to the table than unsubstantiated bluster.
MM
