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originally posted by: kwakakev
a reply to: neutronflux
Well how is this for a stone.
Soros-Backed Group Demands Financial Blacklisting Of Conservatives
What's up Mr Soros, worried you are going to loose your head if 9/11 does get reinvestigated?
Maybe I am just making things up?
originally posted by: democracydemo
a reply to: neutronflux
This photo you keep posting, from which WTC collapse did you snag this? WTC1 or WTC2?
Proof of what exactly does it present in your mind?
Just to be clear, from here on.
originally posted by: kwakakev
a reply to: neutronflux
I did find one photo but it is in a pdf file on page 7 link
With part of all these problems, you have established a strong connection between the evidence and ridiculous. It is why you feel stuck in the mud on this. Being aware of this connection will help you combat it. I know you have a very strong, analytical and logical mind in there.
www.ae911truth.org...
In February 2012 an FOIA request produced three photos, taken during October 2001, showing Dr. John Gross of NIST posing with a heavily eroded WTC 7 beam. These photos contradict Dr. Gross’ statements about not witnessing steel that had been subjected to high temperatures. In fact, Dr. Gross was on the team headed by Dr. Jonathan Barnett, who was responsible for discovering, during the FEMA investigation, the WTC 7 beam featured in the Appendix C forensic analysis, which was melted and sulfidated. This is one of the steel beams the ends of which Barnett had previously described as “partially evaporated.” Such evaporation required temperatures exceeding 4,000° F.
Toxicity of fire smoke.
www.ncbi.nlm.nih.gov...
Many contain nitrogen or halogens, resulting in the release of hydrogen cyanide and inorganic acids in fire smoke as additional toxic threats
Addressing Toxic Smoke Particulates
in Fire Restoration
www.uphelp.org...
The toxic mixture of chemicals and gasses contained in fire smoke is comprised primarily of carbon monoxide, carbon dioxide, hydrogen cyanide, ammonia, hydrogen chloride, sulfur dioxide, hydrogen sulfide, acids, and oxides of
nitrogen. Other toxins may include acetylene, methyl mercaptan, ammonia, nitric oxide, carbon disulfide, creosote, nitrogen dioxide, dimethyl sulfide, phosphine, ethylene, benzene, methylene chloride, lead, chromium, and other metals, trichloroethylene, toluene, trichlorophenol, fluorine, acrolein, mercury, formaldehyde, glutaraldehyde, benzaldehyde, sulfuric acid, hydrochloric acid, arsenic, chromate, phenol, styrene, polycyclic aromatic hydrocarbons, and the list goes on.
Chlorine gas was the first lethal chemical to be used in World War I, resulting in thousands of casualties. Then later phosgene and diphosgene were used. Hydrogen cyanide was also produced,
but its physical properties were found to be unsuitable for use as an effective chemical warfare agent. (Hydrogen cyanide and phosgene are both commonly found in structure fire smoke) Phosgene was first used as a Chemical Weapon by the Germans, but was later used by the French, Americans, and British. Initial deployment of the gas was by the Germans at Ypres Salient on December 19, 1915 when they released around 4000 cylinders of phosgene combined with Chlorine against the British. Phosgene was responsible for the majority of deaths that resulted from chemical warfare.(5)
To illustrate the types of chemicals found in structure fires, here is a list of some of the most common toxic chemicals and gases found after structure fires and their effect on human health:
Do you agree the piece of metal in the photo is somewhat in its original shape with no melting?
m.youtube.com...
If the failures where from explosives, the metal would look “washed / eroded” and have “knifed” edges.
There’s no indication it was exposed to explosives or thermite.
This piece of steel underwent accelerated rates of corrosion in a hot, wet, steaming soup of toxic chemicals
originally posted by: Pilgrum
a reply to: kwakakev
That's not evidence of cutting (the pile of steel pieces all about the same length). That's how it was delivered to construct the buildings (IE in convenient truck-sized pieces). It was lifted into position where it was welded/bolted together and those joints failed during the collapse rather than the steel sections themselves. There's a reasonable case there for claims of sub-standard construction but we never hear anything along those lines for some reason.
Here's a couple of those 'sticks' which were core column sections and the weld that failed is visible. The column sections are remarkably unscathed otherwise.
Yes it did. Something got it hot enough to do that. Are you claiming it was battery acid?
Addressing Toxic Smoke Particulates
in Fire Restoration
www.uphelp.org...
www.uphelp.org...
The toxic mixture of chemicals and gasses contained in fire smoke is comprised primarily of carbon monoxide, carbon dioxide, hydrogen cyanide, ammonia, hydrogen chloride, sulfur dioxide, hydrogen sulfide, acids, and oxides of
nitrogen. Other toxins may include acetylene, methyl mercaptan, ammonia, nitric oxide, carbon disulfide, creosote, nitrogen dioxide, dimethyl sulfide, phosphine, ethylene, benzene, methylene chloride, lead, chromium, and other metals, trichloroethylene, toluene, trichlorophenol, fluorine, acrolein, mercury, formaldehyde, glutaraldehyde, benzaldehyde, sulfuric acid, hydrochloric acid, arsenic, chromate, phenol, styrene, polycyclic aromatic hydrocarbons, and the list goes on.
Chlorine gas was the first lethal chemical to be used in World War I, resulting in thousands of casualties. Then later phosgene and diphosgene were used. Hydrogen cyanide was also produced,
but its physical properties were found to be unsuitable for use as an effective chemical warfare agent. (Hydrogen cyanide and phosgene are both commonly found in structure fire smoke) Phosgene was first used as a Chemical Weapon by the Germans, but was later used by the French, Americans, and British. Initial deployment of the gas was by the Germans at Ypres Salient on December 19, 1915 when they released around 4000 cylinders of phosgene combined with Chlorine against the British. Phosgene was responsible for the majority of deaths that resulted from chemical warfare.(5)
To illustrate the types of chemicals found in structure fires, here is a list of some of the most common toxic chemicals and gases found after structure fires and their effect on human health:
m.youtube.com...
no evidence of melting or slag production