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Originally posted by Slap Nuts
FYI - How much thermate does it take to melt a solid big block engine? About 1 CUP.
Originally posted by devolution
so what are some explanations of the flowing from the side of the building??
www.checktheevidence.com...
[edit on 9-6-2006 by devolution]
Originally posted by vor75
Why is molten aluminum so easily excluded, when it's the most logical explanation???
Originally posted by GriffBecause molten aluminum is not orange...it's silver until it gets to be like 1300 F. I used that temp because of the picture going around (not sure the exact temp. it starts to turn). Even at that, we know the temps. of the fire where not that hot to make aluminum glow that color. Now, if thermite was used, then yes, that could be aluminum at a high temperature.
Originally posted by JIMC5499
Originally posted by Slap Nuts
FYI - How much thermate does it take to melt a solid big block engine? About 1 CUP.
It takes one cup to burn THROUGH an engine block, an ALUMINUM engine block at that. Reducing the entire engine block to slag would take a lot more. The thermite videos that have been posted are entertaining but have no real value in this arguement other than to show what a thermite reaction is.
Originally posted by JIMC5499
There is too much distorting of parameters by people trying to prove their theories.
An example I'll give is the one where the steel structure is too massive of a heat sink for fire to have caused the failure, but that same heat sink goes away for the thermite theory.
Originally posted by Slap Nuts
thermAte...
Patent #6766744
A device with greater penetration capabilities is the "Thermite Destructive Device," U.S. Pat. No. 5,698,812 issued Dec. 16, 1997 to Eugene Song. This device was designed to create a forceful jet of molten iron through an opening at the bottom of the containing vessel. One grenade containing approximately 350 g of thermate-TH3 charge is capable of burning through a sheet of 1-inch thick steel plate in about 8 second reaction time. The device utilizes a central core-burning configuration to direct the molten products through an orifice at the bottom of the device.
While this design has merit from a penetration standpoint, and a 350 g charge of thermite could penetrate 1-inch thick steel plate, it is still inadequate to produce reasonable hole size levels. It is only capable of burning a 7/8" diameter hole, which is not sufficient enough for the safe disposal of an unexploded munition. A larger sized hole is needed to prevent a buildup of the internal pressure, and to achieve the successful burnout of the filler explosive. Earlier work has indicated that burning a 3" diameter hole through the outer casing will allow the explosive contained in the bomb to burn without transitioning to a detonation.
Originally posted by Griff
It doesn't go away when we talk about thermate. How do you think we can weld steel? Yes, steel is a heat sink but when the temperature is localized and high enough, the steel can't compensate for it fast enough. Now, we are talking about extreme temperatures, not temperatures from fire. Also, remember that fire is not localized like a torch.
I have a butane lighter (torch). I have used it to melt copper wire before. I know I couldn't use my BIC lighter to do the same thing. That's because the flame of a BIC lighter is cooler and not localized. BTW, copper is an excellent conductor of heat. So, how can I melt copper wire if it's such a great heat sink?
Originally posted by JIMC5499
350 grams for a 7/8" hole in a 1" steel beam. How many of these things would be needed do knock down both towers? This makes the implosion theory look almost practical.
Originally posted by Griff
Originally posted by JIMC5499
350 grams for a 7/8" hole in a 1" steel beam. How many of these things would be needed do knock down both towers? This makes the implosion theory look almost practical.
If I'm reading that right, it says that the 7/8" hole is from the thermate being directed onto the steel. They needed a bigger hole for the unused munition so it wouldn't blow up. What happens if the thermate isn't directed into the steel in this manner? What happens if you place 350 grams in a line on the 1" steel? Would it burn through? These are legitimate questions.
Did you really say that the theory looks almost plausible? Or were you using sarcasm?
Originally posted by JIMC5499
There is too much distorting of parameters by people trying to prove their theories.
An example I'll give is the one where the steel structure is too massive of a heat sink for fire to have caused the failure, but that same heat sink goes away for the thermite theory.
Patent #6766744
350 grams for a 7/8" hole in a 1" steel beam. How many of these things would be needed do knock down both towers? This makes the implosion theory look almost practical.
Originally posted by Slap Nuts
I really hope Dr. Jones can find a more reputable outlet than Prison Planet to carry this message to the public.
Originally posted by Slap Nuts
Thermate/mite would have been HIGHLY focused and burning at temperatures far excceding the melting point of steel. Jet fuel would not have been either of these things, It is a question of speed, focus and intensity.
You are trying to blow up two vaild arguments with one bad one.
Originally posted by Griff
IMO, you wouldn't need thermit/mate on all columns and beams, just a select few. Now does it seam more plausible? IMO, yes.