Originally posted by bsbray11
reply to post by GenRadek
I was talking about a professional engineer whose job it is to already understand the things you are posting links to. I can't remember what kind of
engineer Val is, I want to say either civil or aeronautics, but what I'm getting at is that you should send her those links yourself and see what
she says about them in regards to NIST's report; she still posts (Valhall).
Your 2nd post about the ships and ore, it's an interesting theory I guess but I'm not really buying it. Do you have anything to link that
phenomena to Ground Zero, or are you just arguing that the phenomena exists so there is theoretically some possibility of it? Because I think the
independently-confirmed paper showing active thermitic material in the dust has more going for it than the two links you posted.
I am not too familiar with Val's posts or credentials, however I will try to look into asking her too.
Well as for the ore ships link, I am going more along the lines of parallel research. Finding other things that can be expected to happen or are known
to happen in other fields. You see, it is a known fact that the rusting iron will produce heat. Now we know that the WTC had quite a bit of it. I am
just linking this via observation and going deeper into what exactly oxidation is, and what are some known effects of iron rusting. I discovered that
in fact, when large piles of iron or steel is allowed to rust, it can create heat. If unchecked, very high heat as well. It also known that heat also
quickens the oxidation process. A sort of a "feedback loop" if you will. So armed with these observations, I went back to the WTC and what happened
to the steel beams, including the maximum temperatures discovered on them. and it was worth more then a second look and it peaked my curiosity.
The conditions inside an iron ore carrier are similar to the pile at WTC. Now obviously there are some HUGE differences, I know. However, just by
making a side by side comparison, we have very similar results including the way the steel was corroded and how it appeared to have been "burned
away". And after reading about how the iron can literally burn away without flame, and what happens when you pour water on it, it began to make
sense. Now I do realize this sounds like a far-fetched idea to many, including you (not to demonize you or anything, just pointing out a fact!

)
but after digging around and doing some research, I found the similarities too compelling to ignore. Now of course we can also add the effects of
sulfur from drywall and the burning materials, and we also know it was well ventilated.
Now I'll bet you are asking, why didnt anyone write a paper about this? To be honest I dont know, but I do have an idea why. Who is going to be
interested in something that is pretty complicated, but also understood in the chemistry and engineering and firefighting worlds? No one really. I do
recall either reading or hearing a worker or someone who helped with the clean up of the steel, mentioning that what happened to the steel beams and
the fires, is nothing new, or misunderstood. Its common and it is expected to happen. And who is going to care what happened to the steel months
later?
Technically they did not find anything like thermite. They did find iron oxide and aluminum, but then again, that is like going into a coal mine and
saying you discovered carbon. Also, Jones's paper is poorly done, so many glaring errors, and the fact that he went into this "experiment" with a
pre-set conclusion, it is mindboggling that anyone would take it seriously. And after doing more review, it appears he discovered a sort of paint
primer or something more closely related to paint. I checked the spectras, the little graphs, although its a pain trying to even find a decent slide
of Jones' work to review. I dont want to watch a video of a presentation, I want the actual slides. Others have done a great job taking apart Jones'
work. I honestly though Jones had something worthwhile until I realized that his very first BIG error was running the chips under air, instead of
no-oxygen. If he wanted to prove thermite, it should have been tested under no oxygen. Then I would have been more convinced it was a sort of
thermite. But he didnt. And he never does. He explains away lamely, that because he used some other known thermite 's reaction analysis which was run
under air, he had to do the same.
Allow me to tell you what a crock that is. Now I have studied geology in college. We would have a series of simple tests to determine the composition
or name of a mineral and/rock. One of the tests used was putting a drop of diluted hydrochloric acid to determine if it is a carbonaceous rock,
because of the fizzing which results from the reaction of the acid. When we were given one sample each of four very similar looking minerals, we
would use all the tests we have checking hardness, luster, color, cleavage, and streak. If we stil couldnt figure which one is which, we would use the
acid test, and then we could tell which is calcite and which is not. What Jones essentially did was, he did all the tests, which came out all very
similar, but never got around to doing the acid test. He just picked one up arbitrarily, and claimed he has discovered the calcite, when in fact he
picked up halite (salt). If he only did the acid test we would have known for sure. But he didnt. Back to this with thermite, if he only did the test
in no oxygen (since thermite reacts irregardless of oxygen) and had the thermite reaction, he would have made a much stronger case and proven it is
indeed a thermitic material. Sorry for that little tangent.