Kritikpunkte sind ja schön und gut, leider bleiben sie auch nur bereits mehrmals durchgekaute Kritikpunkte. Ich werde lediglich in ein Paar Beispielen zeigen wie oberflächlich und einseitig deine Recherche ist.
Die rot/grauen Partikel explodierten bei ca. 400°C. Deiner Meinung nach war es also Rostschutzfarbe weil sich diese genau so verhalten würde in einer sauerstoffreichen Umgebung? Nun hättest du den Bericht weitergelesen, oder überhaupt gelesen was Harrit mal so geschrieben hat würdest du auf solche Aussagen treffen:
Demzufolge hat selbst NIST Tests mit der Rostschutzfarbe durchgeführt und guess what, diese blieb absolut stabil selbst bei 800°C wo die rot/grauen Chips bereits bei 400°C entflammten. Da sieht man mal wieder, dass du hier cherry picking betreibst.Harrit: One thing which has been mentioned frequently in the discussion following our publication is that this could be the primer paint which was applied to the steel beams in order to prevent corrosion. And many of the ingredients are the same in terms of iron oxide, as I told you, which is the red color you see in steel beams usually when it's protected -- it's the iron oxide. So some of the chemicals in there are the same. But the composition of the primer paint used -- there are two very good reasons for this not being paint, in my opinion.
One is that the chemical composition of the primer paint used at World Trade Center, according to NIST, the National Institute of Standards and Technology, is vastly different from which we're seeing. To be specific, I say, we're missing large amounts of chromium, zinc, and magnesium.
Next, which can be understood by everyone, is that the paint applied on the steel beams are stable to elevated temperatures. NIST did experiments with the steel beams because they wanted to use the appearance of the paint as a measure for the temperature the steel beams had been exposed to. And, let me be specific, so when you heat up this steel beam, at 250 degrees Centigrade it starts cracking. This is because the steel expands more than the paint. So they get what they call "mud cracks". And they keep on cracking until a temperature of about 650 degrees, where it starts peeling off and forming scales. This continues to about 800 degrees, when the scaling becomes excessive, but it does not burn. So the paint on the steel beams is stable beyond 800 degrees Centigrade.
Now the stuff we have found ignites at 430 degrees Centigrade. So it is not the primer paint.
Also ich weiß ja nicht wen du hier für dumm verkaufen möchtest aber selbst in deinem aufgeführten Zitat "The large Ca and S peaks may be due to surface contamination with wallboard material." spricht Harrit von einer möglichen Oberflächenverunreinigung und hättest du den Bericht komplett gelesen, wärst du auch auf diese Stelle gestoßen:
Und dies schrieb Steven Jones auf die Frage des Zinks etc.Prior to soaking the chip in MEK an XEDS spectrum was
acquired from an area of the red-layer surface. The resulting
spectrum, shown in Fig. (14), produced the expected peaks
for Fe, Si, Al, O, and C. Other peaks included calcium, sulfur,
zinc, chromium and potassium. The occurrence of these
elements could be attributed to surface contamination due to
the fact that the analysis was performed on the as-collected
surface of the red layer. The large Ca and S peaks may be
due to contamination with gypsum from the pulverized wallboard
material in the buildings.
Also bevor du wieder einen auf dumm machst, Zink wurde in den Proben festegestellt BEVOR sie gereining wurden. Nach der Reinigung der Chips war kein Zink mehr vorhanden, steht doch alles im Bericht drinn. Also warum hoffst du eigentlich noch, dass die Leute so dumm sind und geistige Auswüchse als bare Münze nehmen?"It is unfortunate that we did not first fracture the chip which was later soaked in MEK and measure the fresh surface -- a procedure we followed (thanks to Jeff Farrer) on the FOUR chips thoroughly analyzed in the paper. I am certain that if we had done this, there would have been no zinc on the inside of the chip-later-soaked, because after soaking there was NO ZINC (as we showed in our paper, Figures 16, 17 and 18). Clearly, soaking and agitating in MEK removed surface contamination. The Zn seen in Figure 14 was before soaking, as we said in the paper, and was very likely due to surface contamination, but we could have stated that more clearly. A lot of Zn was present in the dust (a fact recorded also in the USGS data set for the WTC dust). The fact that no Zinc or Ca show up in the post-MEK XEDS spectra, Figs 16, 17 and 18, appears to be ignored by the JREF'ers but is crucially important as demonstration that this is NOT primer paint."
Solange die Untersuchungsberichte von Harrit und Jones nicht wissenschaftlich, also experimentell widerlegt worden sind, gilt immer noch das Sprichtwort - Hunde, die bellen, beißen nicht.




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