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originally posted by: Hulseyreport
History lesson is biased.
originally posted by: Hulseyreport
How it can building drop quicker than free fall?
originally posted by: neutronflux
a reply to: waypastvne
I would say you have painted Hulseyreport into a corner.
originally posted by: Hulseyreport
It cost a lot of cash to do this on your own., and i suspect this may be the real reason this taking so long having now looked into it. Again i could be incorrect and there another reason.
originally posted by: waypastvne
originally posted by: Hulseyreport
You provide a formula for a paint mixture?
That is not a paint formula, It's the paint formula.
Its the formula for the Laclede standard steel joist paint that was sprayed on the WTC 1&2 joist, made by the Leclede Steel Company.
There was around 600,000 sq meters of this paint sprayed on the joist. When one floor collapsed on to the next, the joist stretched and buckled, the paint and fire proofing chipped off, and was blown out the windows by the collapsing floors.
This is how the paint chips and the iron spheres from cement in the fire proofing were blown around the city along with the dust.
It's a paint chip not thermite.
originally posted by: waypastvne
originally posted by: Hulseyreport
How it can building drop quicker than free fall?
Dude, I kinda explained that to you in the post you're quoting. Momentum Transfer. Remember?
You really should of tried that transmission and chain experiment I suggested to you . If you had, you would now have a very clear understanding of momentum transfer.
Harrit and analysts declared the aluminum was free.
Using a conventional quantification routine, it was found that the aluminum significantly exceeded the oxygen present (ap- proximately a 3:1 ratio). Thus, while some of the aluminum may be oxidized, there is insufficient oxygen present to ac- count for all of the aluminum; some of the aluminum must therefore exist in elemental form in the red material.
They conducted a volume of tests and they claim the chips burn at low temps.
Debunkers claim it paint chips based on nothing but opinion.
Analysis of Red/Gray Chips in WTC Dust
Dr. James Millette
MVA Scientific Consultants
www.MVAinc.com
February 20-25 2012
American Academy of Forensic Science
www.AAFS.org
2012 Annual Meeting
Atlanta, Georgia
www.mvainc.com...
aneta.org...
Conclusions
The red/gray chips found in the WTC dust at four sites in New York City are consistent with a carbon steel coated with an epoxy resin that contains primarily iron oxide and kaolin clay pigments.
There is no evidence of individual elemental aluminum particles of any size in the red/gray chips, therefore the red layer of the red/gray chips is not thermite or nano-thermite.
Stop claiming Dr Millete work scientific. We have never looked at his red/grey chips.
Conclusions
aneta.org...
The red/gray chips found in the WTC dust at four sites in New York City are consistent with a carbon steel coated with an epoxy resin that contains primarily iron oxide and kaolin clay pigments.
There is no evidence of individual elemental aluminum particles of any size in the red/gray chips, therefore the red layer of the red/gray chips is not thermite or nano-thermite.
Debunkers claim it paint chips based on nothing but opinion.
That false also - independents have analysed the chips and affirmed there was thermite materials embedded in the skin of the chips.
XEDS spectrogram confirmed there was free AIumimum in the red layer part of the chip ( I added the graph)
Energy-dispersive X-ray spectroscopy
en.m.wikipedia.org...
Energy-dispersive X-ray spectroscopy (EDS, EDX, EDXS or XEDS), sometimes called energy dispersive X-ray analysis (EDXA) or energy dispersive X-ray microanalysis (EDXMA), is an analytical technique used for the elemental analysis or chemical characterization of a sample. It relies on an interaction of some source of X-ray excitation and a sample. Its characterization capabilities are due in large part to the fundamental principle that each element has a unique atomic structure allowing a unique set of peaks on its electromagnetic emission spectrum[2] (which is the main principle of spectroscopy).
benthamopen.com...
It was discovered in this process that a significant migration and segregation of aluminum had occurred in the red-chip material. This allowed us to assess whether some of the aluminum was in elemental form.
The next XEDS spectrum (Fig. 17) was acquired from a region that showed a high concentration of aluminum. Using a conventional quantification routine, it was found that the aluminum significantly exceeded the oxygen present (ap- proximately a 3:1 ratio). Thus, while some of the aluminum may be oxidized, there is insufficient oxygen present to ac- count for all of the aluminum; some of the aluminum must therefore exist in elemental form in the red material. This is an important result. Aluminum particles are covered with a layer of aluminum oxide irrespective of size, thus it is rea- sonable to find a significant oxygen content with the alumi- num, given the very high surface area to volume ratio of these very fine particles.
benthamopen.com...
The calorimeter confirmed these are thermatic chips.
originally posted by: neutronflux
a reply to: Hulseyreport
You
The calorimeter confirmed these are thermatic chips.
How did the calorimeter prove they are thermite chips. The calorimeter only showed an energy output that can be attributed to anything that burns in the presence of oxygen. Harrit / Jones was hoping it would be a reading similar to thermite. It wasn’t. So they made the crap up about super thermite. Now. If the Calorimeter test was ran with hot nitrogen instead of oxygen, and showed a energy output, then Harrit / Jones would have something. And didn’t they say they were going to run such a test, but never released the results?
How we recognize it was not bonded a MEK test would prove it. If Aluminum was bonded with another chemical it would not have separated in the MEK solution.
Considerable amount of oily waste is generated from petroleum refinery in Malaysia. A typical refinery produces about 40 tons of sludge per month. Disposing via landfilling (common method) is becoming less accepted and more expensive. As a result, refineries and other facilities have accumulated large volumes of this waste in makeshift landfills or other storage areas. For this reason, solvent extraction method has been selected for oil recovery and to minimize the solid waste. Three solvents (chloroform, MEK, and n-hexane) and two extraction methods (sludge–solvent mixing method, and Soxhlet apparatus) were applied to recover the oil from the refinery sludge. Soxhlet extraction method has shown higher efficiency in extraction than sludge-solvent mixing method. Soxhlet extraction method using MEK solvent can recover about 48.3 % of oil, as compared to mixing method which accounts to only about 32.5 % of recovered oil. It has an added recovery of about 7.1 %, 15.8 % and 5.7 % for n-hexane, MEK and chloroform solvents respectively. FTIR results confirmed that MEK has the highest capability to extract hydrocarbon from refinery waste.
www.researchgate.net...
originally posted by: Hulseyreport
originally posted by: neutronflux
a reply to: Hulseyreport
You
The calorimeter confirmed these are thermatic chips.
How did the calorimeter prove they are thermite chips. The calorimeter only showed an energy output that can be attributed to anything that burns in the presence of oxygen. Harrit / Jones was hoping it would be a reading similar to thermite. It wasn’t. So they made the crap up about super thermite. Now. If the Calorimeter test was ran with hot nitrogen instead of oxygen, and showed a energy output, then Harrit / Jones would have something. And didn’t they say they were going to run such a test, but never released the results?
It measures what happens when chips are ignited. They're measuring the heat. You don't get molten Iron from just oxygen. There to be a chemical reaction taking place.
A calorimeter is a device used to measure the heat flow of a chemical reaction or physical change. The process of measuring this heat is called calorimetry.
www.thoughtco.com...
The next XEDS spectrum (Fig. 17) was acquired from a region that showed a high concentration of aluminum. Using a conventional quantification routine, it was found that the aluminum significantly exceeded the oxygen present (ap- proximately a 3:1 ratio). Thus, while some of the aluminum may be oxidized, there is insufficient oxygen present to ac- count for all of the aluminum; some of the aluminum must therefore exist in elemental form in the red material. This is an important result. Aluminum particles are covered with a layer of aluminum oxide irrespective of size, thus it is rea- sonable to find a significant oxygen content with the alumi- num, given the very high surface area to volume ratio of these very fine particles.
The next XEDS spectrum (Fig. 17) was acquired from a region that showed a high concentration of aluminum. Using a conventional quantification routine, it was found that the aluminum significantly exceeded the oxygen present (ap- proximately a 3:1 ratio). Thus, while some of the aluminum may be oxidized, there is insufficient oxygen present to ac- count for all of the aluminum; some of the aluminum must therefore exist in elemental form in the red material. This is an important result. Aluminum particles are covered with a layer of aluminum oxide irrespective of size, thus it is rea- sonable to find a significant oxygen content with the alumi- num, given the very high surface area to volume ratio of these very fine particles.
The next XEDS spectrum (Fig. 17) was acquired from a region that showed a high concentration of aluminum. Using a conventional quantification routine, it was found that the aluminum significantly exceeded the oxygen present (ap- proximately a 3:1 ratio). Thus, while some of the aluminum may be oxidized, there is insufficient oxygen present to ac- count for all of the aluminum; some of the aluminum must therefore exist in elemental form in the red material. This is an important result. Aluminum particles are covered with a layer of aluminum oxide irrespective of size, thus it is rea- sonable to find a significant oxygen content with the alumi- num, given the very high surface area to volume ratio of these very fine particles.
benthamopen.com...