rmackey said "2. There is no evidence of melted steel, or melted iron for that matter."
sisson states that the slag contained iron.
what sisson says is that the slag consisted of iron, sulfur, oxygen. Is sisson talking about melted iron.
No, he is not. Iron compounds are not the same thing as iron.
Stating this is evidence of "molten iron" is like saying the ocean is an example of molten salt (salt melts at about 800
oC).
rmackey also stated "Because the sulfur that goes into the eutectic starts in a different form. The sulfur in thermate is elemental sulfur. The sulfur that caused the eutectic probably started as an acidic form, such as H2S or a weak solution of H2SO4 (sulfuric acid). Those behave quite differently. "
the temp sisson is talking about is 940 c and higher as stated aove. sulfurfic acid boils at 290 c. the 2 sulfur compounds you mention would be gasses in this environment. could your h2s or h2so4 be part of the "slag" sisson is mentioning??
You have misread the article. Dr. Sisson is talking about
highly localized temperatures of about 940
oC, and not much higher. This is the temperature at which the steel-sulfur eutectic melts. It is far lower than the melting temperature of steel (or iron) that hasn't reacted with sulfur, in the 1500-1600
oC range.
Where the eutectic melted away, leaving the "curled edges" and holes and so on, we know it reached about this temperature.
A lot of the eutectic survived, and this part cannot have reached 940
oC.
These regions appear on the same piece of steel, so we conclude that the highest temperature experienced was not much more than 940
oC. A wholly credible number in an ordinary fire. I remind you that NIST's own mockup of the WTC fires (see NCSTAR1-5E) reached over 1400
oC in some locations, without a speck of thermite anywhere.
Regarding the melting/boiling temperature of other sulfur compounds, you forget that the sulfur may have started to react with the steel
before it was heated, or the two could have been concurrent. To pick an obvious example, sulfuric acid from overheated uninterruptible power supplies could have flowed onto structural steel at a temperature of about 100
oC, then started to react with the steel, and then was further heated eventually to a temperature of about 900
oC. The sulfur would bond to iron and form more heat-resistant compounds (but far less heat resistant compounds than steel itself) first.
There is no reason at all to assume the sulfur started at the upper temperature. The only case where this is required is
yours -- when the sulfur is originally part of a "thermate" concoction. In that case, the sulfur cannot escape until the thermate is ignited.
In other words, you are trying to apply a flaw in your theory to mine (and Dr. Sisson's). You can't. My theory is superior to yours precisely because ours does not have this flaw, not to mention several other flaws as outlined previously.
and someone else mentioned the pile of rubble being low in oxyen. im wondering where sisson gets his oxygen in his "slag"?
Low in oxygen does not mean totally devoid of oxygen. In fact, it is reactions like these that consumed much of the oxygen. The "anomaly" you believe you have found is, in fact, a feature.
Don't feel bad, though. The Truth Movement makes mistakes like these all the time, just like how the eutectic proves there couldn't possibly be any thermite effects, but you guys keep trying to claim it is evidence for thermite.