what video? there is of course a point at which metals vaporize, and its not too far from a common thermite reaction. they had plenty of time to place the right kinds of explosives for a proper demolition.
Your wording is somewhat accurate here (thermite reaction) but the information is..sort of not accurate.
If we are talking about actual thermite, most people record it at 4000-4500F, while steel needs a temperature of 5072F to vaporize.
But thermite reactions, which is used to include other compositions than just normal thermite, can reach around 5000F which could possibly hit the temperature required to vaporize steel.
However, common reactions wouldn't tend to reach that high because it is actual thermite (iron oxide and aluminum).
You should watch the video. i seen structural steel, just fade away in midair.
what video? there is of course a point at which metals vaporize, and its not too far from a common thermite reaction. they had plenty of time to place the right kinds of explosives for a proper demolition.
The full Judy Woods "Where did the Towers go?" lecture / presentation
Your wording is somewhat accurate here (thermite reaction) but the information is..sort of not accurate.
If we are talking about actual thermite, most people record it at 4000-4500F, while steel needs a temperature of 5072F to vaporize.
But thermite reactions, which is used to include other compositions than just normal thermite, can reach around 5000F which could possibly hit the temperature required to vaporize steel.
However, common reactions wouldn't tend to reach that high because it is actual thermite (iron oxide and aluminum).
What if..... It was BOTH??