(1
) Oystein’s calculations show that many tons of thermxte would be needed to produce the amount of iron microspheres it is claimed were the result of the use of thermxte.
Both explosives and incediaries played a role in the destruction of the twin towers. Why is it you guys only talk about thermite?
(2)
Powdered thermxte: A number of experiments, including one by Cole show that structural steel immersed in thermxte does not damage these and therefore cannot produce weakening of the structure, melt steel, or produce iron microspheres.
Wow!...Did you happen to see Jon cut a verticle slit, by the use of thermate, in stuctural steel. Jon Cole debunked myth busters for free from his back yard.
The tunnel vision you see with is clouding your judgement.
(3)
Painted on sol-gel thermxte: There’s not enough energy for a thin layer of T-paint to heat structural steel sufficient to weaken the structure, melt steel, or produce iron microspheres.
Source?
(4)
Thermxte in a container: Cole’s experiment shows that the only means to damage the structural steel is to contain the thermxte in a device attached to the steel that focuses the heat through a slit. The slit in this steel container itself melts, and the container survives. Another tube device, open at one end burns a hole in the structural steel.. None of these devices were found in the debris.
I'm sure the U.S Military can figure that one out. Self consuming cases exist. This one is made of copper, which has a low enough melting point for the thermite to consume it, or at least most of it so it does not look like a casing upon ignition.
http://www.havoc.com.au/linear_charge.html
The slag and damage around the burnt area next to these devices would remain as a suspicious clue of this use. Cole's experiments did not produce "pools of molten steel", only an amount equal to the size of the slit cut in the steel.
He only cut one slit out of one column. You do understand how irrelevant that statment was don't you? What a waste of typing that was.
Jon cut a verticle slit in strucural steel by the use of themate. He also reduced a peice of stuctural steel to razor sharpness by the use of thermate.. Sound familliar Fema?
No suspicious devices, telltale damage or slag was found by first responders or the engineers that inspected the WTC steel. No triggering devices were found.
No, but what was found was molten metal flowing like lava. We've all heard Capt. Ruvolo.
(5)
Niels Harrit stated that “some thermite has been used for melting the steel beams” and that also “Tons! Hundreds of tons! Many, many, many tons!” of conventional explosives were still used to demo the Towers.
It's a personal opinion. Do you have any of those. Or does Oystien think for you?
“Some thermite” implies quantities insufficient to produce the “rivers of molten steel” still flowing weeks after the collapses, .
Harrrit was very clear in saying that there was more than one thermite. Listen closer dude.
Conclusion: None of these thermxte applications (2) - (4) caused weakening of the structure, produced molten steel or iron microspheres.
RJ Lee Group report 2004:
"iron and lead were melted during the WTC Event, producing spherical metallic particles."
Pg 4 [pdf pg 5]
The pressure differential was caused by the onrush of the WTC Dust cloud that was created by the collapse of the WTC Towers with a low pressure inside Building components and high pressure outside. A huge pressure difference was created that caused large quantities of dust laden air to move through unplanned pathways. Individual components or devices with internal spaces effectively acted like a vacuum cleaner pulling the dust into them with great force.
Pg 6
As a result of microscopic and chemical analysis of the components of the WTC Dust, it was determined that the average level of contaminants were present in direct proportion to one another throughout the Building,
Pg 12
The presence of lead oxide on the surface of mineral wool indicate the existence of extremely high temperatures during the collapse which caused metallic lead to volatilize, oxidize, and finally condense on the surface of the mineral wool.