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Originally posted by okbmd
reply to post by Arbitrageur
" ... the fire temperatures underground are much higher as the heat doesn't escape like it does in aboveground fires. "
Thank you very much . I can't understand why people can't comprehend this . Especially when you take into consideration that the entire complex was blanketed with tons of concrete dust .
But wait ! There's more ! The entire complex was also blanketed with tons of fireproofing from the collapsed towers .
Fireproofing ? Oh yea , that stuff that was applied to the steel as INSULATION . That's right , the stuff that was used as a HEAT SHIELD .
Oh my goodness , I have just posted another no-no . Not to worry tho , this will be ignored just like all the other logical explanations I have posted in these threads .
Truthers don't want the truth . They are lying when they say they do . The truth could waltz right up and slap them in the face and they would swear up and down that the government did it .
Originally posted by neformore
Just another thought on this "thermite" claim.
We've established that thermite carries its own oxidant - yes?
And we've also establised that a reaction could spark if thermite is exposed to heat to trigger it - yes?
And I think we ought to establish that once the reaction is triggered, nothing is going to stop it from happening because - as is noted - thermite will react even if it is exposed to water.
What no one has explained is why - if as claimed by some - thermite was used - the supposed reaction became self sustaining.
It wouldn't be. It would ignite, oxidise, burn out and then begin to cool in one go as soon as all the oxidant was used up - and anything sufficiently far enough away from the heat source would never reach temperature to ignite anyway.
the actual temperature reached depends on how quickly heat can escape to the surrounding environment. Thermite contains its own supply of oxygen and does not require any external source of air. Consequently, it cannot be smothered and may ignite in any environment, given sufficient initial heat. It will burn well while wet and cannot be easily extinguished with water, although enough water will remove heat and stop the reaction.
Originally posted by okbmd
reply to post by Ciphor
You know what , I am just about tired of your sarcasm and smart-ass replies to several of us in this thread .
I posted visual evidence of structural steel collapsing due to fire and you just keep coming back with your little " I know more than you do " tantrums .
You are killing this thread with your smug attitude , crass remarks , insults to other posters , name calling , and overall general rudeness .
I have posted what I feel is valid material , just because you don't agree with me on that , gives you no right to act as though everyone but you is an imbecile . One more insult from you , and I will use the ALERT function .
Now , please tell me why you don't agree that the material I posted about the Windsor is relevant . Without the attitude .
Originally posted by lycopersicum
reply to post by pteridine
KJ is a measure of work done,watts,calories,is heat out put which is what he wants ,not the amount of energy it can move.How much heat energy and how long or how much is needed to sustain that long of a burn?? if i understand correct?Wouldnt it be better to ask what heat energy is released in 1g of thermite/thermate versus 1 g of wood ??
just saying
Originally posted by neformore
reply to post by airspoon
And again I ask - how does it become a self sustaining reaction?
Once it begins, it oxidises. Once the oxidisation reaction is complete, it stops. Then cools.
Thermite, nano themite, super thermite, high tech wonder thermite, call it what you want, its still going to follow the same laws of chemical reactions, and its not going to self sustain.
The only self sustaining reaction I am aware of sits approximately 93 million miles upwards from us.
Originally posted by Ciphor
Once again the answer is in your inquiry. "then cools"
It is dependent upon how fast the heat can escape. It is molten iron. If heat cannot escape, it's not going to cool as the heat will be trapped, and the oxide can feed itself, it does not need fresh air like a fire to sustain high temperature.
Originally posted by beijingyank
reply to post by Whyhi
I've only heard truthers get into secondary explosives etc claims after their thermite argument falls apart.
What are you babbling about?
Scientific peer reviewed paper about nano Thermite in the dust make the argument an unimpeachable fact.
I suspect indictments are in the cards for the jokers at NIST when they finally post their thirty million pieces of silver explanation. This, you can take to the bank.
Originally posted by -PLB-
reply to post by Ciphor
It seems to me any heat caused by this presumed thermite is easily dissipated by the columns. The thermite used would be enough to melt the steel it is supposed to, which is just a small section just large enough to cut the columns in halve. But to melt a whole column would require a huge amount of thermite. Once the reaction is over, which is within seconds, no more thermal energy is generated. So all residue heat from the small amount of molten steel is dissipated by the columns, which act like large heat sinks.
Originally posted by pteridine
Underground fires burned for almost three months after the collapse www.cbsnews.com...
Given the energy per unit mass data in a previous post, there would have to be many tons of intact thermite charges under the wreckage going off sequentially.
Originally posted by airspoon
reply to post by pteridine
How is that a "vanity journal"? The Open Chemical Physics Journal is a real, peer-reviewed and respected scientific journal, cited in many prestigious universities. Are you claiming that it is a "vanity journal" because you don't agree with a study that has been peer-reviewed by the experts and published in it?
The sad truth of the matter, is that the Open Chemical Physics Journal is a real and respected scientific journal and Jones' paper was peer-reviewed.
--airspoon
Originally posted by pteridine
How much thermite do you think was under there causing the heat? Read up on heat flux and get back to me.