Sunstealer
Illuminator
- Joined
- Oct 22, 2007
- Messages
- 3,128
This has been explained to truthers a thousand times but I'll do it just one more time to see if it sinks in.Right.
Marllete's method is better at determining whether Al is bonded or not, but it didn't.
And Harrit's method for determining whether Al is bonded or not is not as good as Marllete's, but it did.
Do you see the disconnect here?
BTW: I did chuckle at the quality sarcasm:
Chris "it's all greek to me" Sarns![]()
In the Harrit et al paper there are 5 samples.
Samples a,b,c and d are all the same. They are the same material. These 4 samples show that kaolin is present and the EDX mapping of various elements show that Al is bonded to Si.
The 5th sample is the one that was soaked in MEK. This 5th sample is not the same as samples a,b,c and d as shown by EDX. (it's not contamination otherwise it would be seen using the SEM. There was no EDX mapping of that sample and there was no SEM photo's of the particles present in the sample documented in the paper.
a= apple.
b=apple.
c=apple.
d=apple.
MEK soaked chip = orange.
They are all fruits but they are not all the same fruit.
Are you with me?
Now when they soaked that 5th chip in MEK the particles were separated and they appeared to find that free aluminum was present. Tnemec red primer paint contains aluminates and this is what Harrit et al show. But remember that sample is not the same as a,b,c and d. Therefore what ever is found in that sample CANNOT be read across to samples a,b,c and d.
So what is the 5th sample? The 5th sample, the one soaked in MEK is Tnemec red primer paint which I've shown to be true using Jones's own data from EDX of tnemec red primer paint. The spectra match. See sig for that post.
Harrit et al had more than one type of sample but assumed they were all the same.
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