Crazy Chainsaw
Philosopher
- Joined
- Aug 12, 2006
- Messages
- 8,339
I am going to put this into layman's terms.
Since it takes mechanical energy, to cause a nano thermite-mate reaction, basically thermal energy causing the aluminum to expand, Causing the oxide to break really fast.
Thank you Dr. Steven Jones for that.
How was all mechanical energy eliminated in the collapse since that is what causes all metal Oxide reactions, in other words what proof would there be that thermite-mate, instead of aluminum brought down the Twin Towers?
Is it unfair to use Dr Steven Joneses work to debunk the conspiracy theorists, is it a fair question?
I have asked it a thousand times and I have always been told by conspiracy theorist that the question is unfair or not based on real Science, what do you Nice intelligent people on here have to say on this?
I am working on the temperature curve this moment, the hotter the aluminum the weaker the bonds in the crystalline structure of the oxide coating, I am working on a mathematical model for the strength of the oxide, at different temperatures.
Since it takes mechanical energy, to cause a nano thermite-mate reaction, basically thermal energy causing the aluminum to expand, Causing the oxide to break really fast.
Thank you Dr. Steven Jones for that.
How was all mechanical energy eliminated in the collapse since that is what causes all metal Oxide reactions, in other words what proof would there be that thermite-mate, instead of aluminum brought down the Twin Towers?
Is it unfair to use Dr Steven Joneses work to debunk the conspiracy theorists, is it a fair question?
I have asked it a thousand times and I have always been told by conspiracy theorist that the question is unfair or not based on real Science, what do you Nice intelligent people on here have to say on this?
I am working on the temperature curve this moment, the hotter the aluminum the weaker the bonds in the crystalline structure of the oxide coating, I am working on a mathematical model for the strength of the oxide, at different temperatures.

