It looks like you're using an Ad Blocker.
Please white-list or disable AboveTopSecret.com in your ad-blocking tool.
Thank you.
Some features of ATS will be disabled while you continue to use an ad-blocker.
Originally posted by ThePostExaminer
reply to post by webpirate
The same flash can be seen when tower 1 was struck. I've never seen these flashes properly explained.
Originally posted by smugmushroom
reply to post by webpirate
LOL! Tell NASA that O2 doesn't burn. Next you'll be telling us that H2 doesn't burn and that neither of those two gases are rocket fuel that lifted the shuttle into orbit. ROFL
Fire Hazard
Flammable gases such as hydrogen, methane, liquefied natural gas and carbon monoxide can burn or explode. Hydrogen is particularly hazardous. It forms flammable mixtures with air over a wide range of concentration (4 percent to 75 percent by volume). It is also very easily ignited.
Oxygen-Enriched Air
Liquid hydrogen and liquid helium are both so cold that they can liquefy the air they contact. For example, liquid air can condense on a surface cooled by liquid hydrogen or helium. Nitrogen evaporates more rapidly than oxygen from the liquid air. This action leaves behind a liquid air mixture which, when evaporated, gives a high concentration of oxygen. This oxygen-enriched air now presents all of the same hazards as oxygen.
Liquid Oxygen Hazard
Liquid oxygen contains 4,000 times more oxygen by volume than normal air. Materials that are usually considered non-combustible, (such as carbon and stainless steels, cast iron, aluminum, zinc and teflon (PTFE),) may burn in the presence of liquid oxygen. Many organic materials can react explosively, especially if a flammable mixture is produced. Clothing splashed or soaked with liquid oxygen can remain highly flammable for hours.
Originally posted by ThePostExaminer
reply to post by webpirate
The same flash can be seen when tower 1 was struck. I've never seen these flashes properly explained.
Originally posted by psikeyhackr
Originally posted by ThePostExaminer
reply to post by webpirate
The same flash can be seen when tower 1 was struck. I've never seen these flashes properly explained.
Nobody knows what the flashes were. There is just speculations.
psik
Originally posted by ANOK
Oxygen will not burn by itself, it needs heat and fuel. If it could then we wouldn't be here would we?
Hospital Patient In Oxygen Tent Dies in Explosion SUDBURY, Ontario, May 22 (AP) - Mrs Jennie Hannula, 67, was killed Wednesday in St Joseph's hospital by an oxygen tent explosion set off by a lighted cigarette given her by her husband.
Originally posted by PhotonEffect
Originally posted by psikeyhackr
Originally posted by ThePostExaminer
reply to post by webpirate
The same flash can be seen when tower 1 was struck. I've never seen these flashes properly explained.
Nobody knows what the flashes were. There is just speculations.
psik
And it really doesn't matter much what the flashes were in the grand scheme of things...
Originally posted by wmd_2008
Originally posted by ANOK
Oxygen will not burn by itself, it needs heat and fuel. If it could then we wouldn't be here would we?
Partially correct you mean an ignition source say like a tank being ruptured and a spark igniting the oxygen.
Or like this
Hospital Patient In Oxygen Tent Dies in Explosion SUDBURY, Ontario, May 22 (AP) - Mrs Jennie Hannula, 67, was killed Wednesday in St Joseph's hospital by an oxygen tent explosion set off by a lighted cigarette given her by her husband.
Oxygen is Not Flammable
Unlike other gases and chemicals, oxygen is not flammable. It is classified as an accelerator, meaning that if there is a fire and oxygen is present, the fire will burn. The more oxygen, the larger the fire and the faster it will spread. We are use to seeing fires burn in an atmosphere containing about 21 percent oxygen. This is the atmosphere in which most materials are tested for safety, such as the covering of the chair in the above story. But when oxygen is flowing near such material, the material absorbs the oxygen and becomes more susceptible to burning.
Oxygen, fuel and heat are needed for fire to occur. This is known as the fire triangle.
Originally posted by pteridine
reply to post by webpirate
What would a "round fired from the plane" do? The plane was the biggest projectile available and a small cannon shell wouldn't add to the effect of the impact. Likely the flash was either breaking glass or aluminum cladding reflecting sunlight or just the energy of impact.
Conspiracists wouldn't do anything but set the planes in motion and let things fall as they may. Any other contrived plan involving explosives, death rays, missiles, etc. would not have been acceptable because of the chance of discovery.
Originally posted by Varemia
reply to post by ANOK
With pure oxygen, it only takes a small spark to make it burn the things around it.
en.wikipedia.org...
The plane's metal hitting the tower's metal seems like a decent spark starter, and it's highly doubtful that the oxygen tank would have survived unpunctured. Any number of items could have combusted in that flash.