DC:
You are correct, there are many thermite formulations....
D. L. Halcomb and J. H. Mohler have one described in a US patent, (No. 4,963,203; dated Oct 1990). It's for a "thermite" composition with CuO in place of Fe2O3 or Fe3O4 plus, I believe, a "gas producer" which could be a chlorate, perchlorate, nitrate, or even RDX.
It is said to be suitable for applications where production of high pressure and high velocity gas is required, "such as in the demolition of concrete."
DC, do you think this is what was used to bring down the towers and subsequently melted the steel in the rubble pile?
Apparently, some people do ............
But there are also patents for formulations with CoO, NiO, Sb2O3, MoO2, Cr2O3, PbO2, MnO2, WO3, etc, as the oxidizer with additives such as Si, SiC, Mg, etc, plus formulations with gas producers such as CaSO4, as in US patent 4,349,396, designed for "metal-cutting".
So what does all this prove DC?
You are correct, there are many thermite formulations....
D. L. Halcomb and J. H. Mohler have one described in a US patent, (No. 4,963,203; dated Oct 1990). It's for a "thermite" composition with CuO in place of Fe2O3 or Fe3O4 plus, I believe, a "gas producer" which could be a chlorate, perchlorate, nitrate, or even RDX.
It is said to be suitable for applications where production of high pressure and high velocity gas is required, "such as in the demolition of concrete."
DC, do you think this is what was used to bring down the towers and subsequently melted the steel in the rubble pile?
Apparently, some people do ............
But there are also patents for formulations with CoO, NiO, Sb2O3, MoO2, Cr2O3, PbO2, MnO2, WO3, etc, as the oxidizer with additives such as Si, SiC, Mg, etc, plus formulations with gas producers such as CaSO4, as in US patent 4,349,396, designed for "metal-cutting".
So what does all this prove DC?