Christopher7
Philosopher
- Joined
- Aug 18, 2006
- Messages
- 6,538
Mr. Millette,Hi everyone,
I quoted some of Chris7's accusations directly to Jim Millette. The new chant, "he didn't do DSC so his work is useless" elicited this response from him:
Chris,
My assessment of the situation is that researchers performed DSC on some WTC chips and found what they thought was an exothermic reaction. They then formed a hypothesis that this might be caused by thermite materials in the dust. As is required in scientific inquires their hypothesis was testable. They set out to confirm their hypothesis by testing the chips. Their microscopical analysis showed some results that they concluded were consistent with thermite or nano-thermite. I was asked to analyze the materials to see if I could confirm or not confirm their conclusion. My initial tests showed similar findings in terms of the characteristics of the chips. However, additional testing following analytical forensic methods showed that the chips were not thermite or nano-thermite. We repeated the tests on 4 different samples from different locations and found the same result – not thermite. It seems to me that the ball is now in their court. The DSC testing can suggest a type of material based on thermal properties but cannot be used to prove the existence of thermite. If they believe that the DSC results clearly show an exothermic reaction they need to come up with another testable hypothesis as to what the chips are as they are not thermite.
Jim
As a layman I understand the basics. When heated to 430oC, the chip ignited and there was a sudden release of energy. The result was iron microspheres.
There are also iron microspheres attached to some of the chips. How do you explain this if not from a thermitic reaction?
If the red/gray chip produces iron microspheres in a sudden release of energy then there was a thermitic reaction. Do you know of another explanation?
Does heating a [any] primer chip to 430oC produce this result?
This is a simple test that should have been replicated for your paper to be a valid replication of the Harrit et al analysis. By not doing this test you have only demonstrated that you avoided the critical test that initiates a thermitic reaction.
The same is true for the aluminum.
Aluminum and silicon are in nano-thermite and kaolin. You are assuming the latter is based on the analysis that could not get them to separate. But this does not necessarily mean that they are chemically bound together. Harrit managed to get them to separate and you should do the same test to see if you get the same results. You cannot do a different test and say there was no separation so it's not thermite.
Regards
Chris Sarns