Christopher7
Philosopher
- Joined
- Aug 18, 2006
- Messages
- 6,538
Your point?How do you go about creating an alloy C7?
C7 said:NIST said liquid aluminum "[FONT="]very likely mixed with large amounts of hot, partially burned, solid organic materials (e.g., furniture, carpets, partitions and computers)[/FONT]"
This is a baseless assumption, not a viable explanation based on science.
My organic claim? Dude, NIST is making the unsubstantiated claim.You have been shown time and time again that your organic claim is not the case.
Sweet sophistry Bat Man. There is no evidence of them mixing.There is even a series of pictures of people melting hard drives down that contain aluminium and plastic.
No, it has not.It has been shown that at higher temperatures aluminium alloys in the liquid state have a colour that is not silver.
No, they do not.The outside photos kindly provided by WhiteLion prove this.
What the metal was in those photos, how hot it was, and whether or not the color is a reflection of the vessel, cannot be verified.
NIST acknowledges that the material falling from the tower is molten metal.Prove that the material 9falling from the tower is a metal
When other possibilities such as aluminum, are ruled out, steel is the remaining possibility.secondly that it's iron or steel.
C7 said:Thremite burns at 2500°C and melts steel.
Were any of them present in the south tower in sufficient quantity to heat tons of metal to 1400°C+ ?What's your point? I can throw a good half dozen things at you that will be hot enough to melt steel.
I wouldn't hazard a guess, nor is that relevant to the point which is:What is your estimate?
Until NIST can establish that it is possible for molten aluminum to mix with organic materials, they have NOT established that the molten metal falling from the south tower could be aluminum.
The unsubstantiated claim is that they could combine.Burned organic materials - there is a huge difference. How would dust, soot and ash particles, from burned organic material, be repelled from liquid aluminium alloy at approximately 500°C?