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Thermite and the
WTC Collapses
Following the World Trade Center collapses thermal hot spots with temperatures in excess of 700°C existed deep within the wreckage of the buildings. These temperatures were sustained for a long period of time.
In perfect conditions the maximum temperature that can be reached by hydrocarbons such as jet fuel burning in air is 1520° F (825° C). When the World Trade Center collapsed the deeply buried fires would have been deprived of oxygen and their temperatures would have significantly decreased. Why was the temperature at the core of "the pile" nearly 500° F hotter than the maximum burning temperature of jet fuel a full seven days after the collapses? There were no infernos in either of the twin towers before they collapsed, so what caused the hot spots deep in their wreckage?
What caused the steel to melt? How did it stay molten for months after the collapses?
Conventional fires cannot account for the above, but thermite can. A thermite reaction generates extraordinarily high temperatures (>2500° C) and provides a credible explanation for the fires, hot spots and molten steel (a by-product of the thermite reaction) found in the collapsed buildings.
The fact that the core of WTC 1 failed below the third floor indicates the above occurred, as does the following:
Thermite gives off dense white smoke with very little odor.
The smoke rising from the wreckage should have been black, not white.
A thermite reaction generates large amounts of ultraviolet radiation:
The core column shown above the firefighter was discovered after the collapse. The angled cut occurs in exactly the manner that shaped charges slice through steel beams to control the way they fall. Notice the hardened once liquid metal. Was thermite used with the shaped charge? | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
See also:
Traces of explosives in 9/11 dust,
scientists say
A 9/11 Challenge/Experiment
The 9/11 WTC
Collapses: An Audio-Video Analysis