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originally posted by: neutronflux
a reply to: Hulseyreport
You
He wrote that a a Gas Vapor release appeared in the DSC test and that maybe result of lighting the Carbon matrix
Boiling point of carbon is 4200 C, so how could “ lighting the Carbon matrix“ make vapor?
You said the chips only got to 1500 C?
Is that like a paper fire turning iron and iron oxide particles with sufficient surface area to material to iron microspheres?
originally posted by: turbonium1
The temperatures reached, whether or not chips, and microscopic spheres were present, or so forth -
Avoid the real issue, real problem, and people like Steven Jones, while appearing to support truth, and facts, and reality....
are shaping the debate into trivial issues, where nothing can ever be proven.
I once thought these issues were relevant, and experts like Jones were on the right track, holding up chips, and microspheres. as proof that these collapses were CD's, using thermite, or some variation of thermite...
All that matters is - a structure cannot collapse through itself, and never will. It is impossible. Physics proves it is impossible. It is not possible to replicate such a collapse, in any way.
This is an absolute fact, and it is the only fact that matters.
originally posted by: turbonium1
All that matters is - a structure cannot collapse through itself, and never will. It is impossible. Physics proves it is impossible. It is not possible to replicate such a collapse, in any way.
originally posted by: Hulseyreport
He wrote that a a Gas Vapor release appeared in the DSC test and that maybe result of lighting the Carbon matrix
Like I informed you, the red layer primarily contains particles of Nano Aluminum, Carbon, Oxygen, Nano Silicon, and Nano Iron oxide.
Carbon can ignite and burn at around 600 to 700c. Yes, some Carbons may take longer.
Like I informed you, the red layer primarily contains particles of Nano Aluminum, Carbon, Oxygen, Nano Silicon, and Nano Iron oxide
Like I informed you, the red layer primarily contains particles of Nano Aluminum, Carbon, Oxygen, Nano Silicon, and Nano Iron oxide.
www.internationalskeptics.com...
They claim to have found elemental Aluminium, one key ingredient to thermite, in a fifth chip. However, this fifth chip is of a different material than the four others, as is proven by their own data presented in figures 6 and 14. They did NOT dind free aluminium in any of the material that they igited and claimed to be or contain thermite
They compared the exothermic behaviour of their 4 ignition samples with that of real (nano-?) thermite found in literature, and claimed that the graphs are very similar. They are not: Compare figure 19 with figure 29 and note how the position of the peak differs significantly both on the X-axis (by more than 100°C) and the Y-axis (by a factor of 2 to 4.5). This result proves that their samples are not the kind of thermite known to science. (Note too how in figure 29 they only repeat the lowest of the 4 peaks from fig. 19 to make it not quite so apparent that their samples released waaay too much energy/power.)
Sunstealer has identified in insightful posts back in april 2009 that the crystaline structures we see in figures 8-10 resemble kaolinite (aluminiumsilicate) and hematite (iron oxide, Fe2O3)
originally posted by: waypastvne
originally posted by: Hulseyreport
Harrit chips were analyzed in inert atmosphere.
Prove it.
Harrit chips were analyzed in inert atmosphere.
The key reason it was Nano-thermite, a chemical reaction occurred at remarkably low temp of 430c in the DSC, and white-hot flame above 1500c or
en.m.wikipedia.org...
Oxygen balanced iron thermite 2Al + Fe2O3 has theoretical maximum density of 4.175 g/cm3 an adiabatic burn temperature of 3135 K or 2862°C or 5183°F
Snip
Ignition of a thermite reaction normally requires a sparkler or easily obtainable magnesium ribbon, but may require persistent efforts, as ignition can be unreliable and unpredictable. These temperatures cannot be reached with conventional black powder fuses, nitrocellulose rods, detonators, pyrotechnic initiators, or other common igniting substances.[14] Even when the thermite is hot enough to glow bright red, it doesn't ignite,
originally posted by: waypastvne
originally posted by: Hulseyreport
He wrote that a a Gas Vapor release appeared in the DSC test and that maybe result of lighting the Carbon matrix
The carbon matrix is the epoxy binder in the paint formula. The carbon and hydrogen chain in the epoxy matrix of the paint broke down and ignited with the oxygen in the atmosphere. You see the paint chip puff up, that's the carbon and hydrogen turning to gas. The gas escapes and ignites. What you are looking at here is a hydro/carbon fire. No thermite.
Like I informed you, the red layer primarily contains particles of Nano Aluminum, Carbon, Oxygen, Nano Silicon, and Nano Iron oxide.
That is the same formula for Lcede standard joist paint.
Carbon can ignite and burn at around 600 to 700c. Yes, some Carbons may take longer.
I don't think you know what carbon is.
A diamond is carbon.
Coal is carbon.
Wood is carbon.
Paper is carbon.
Epoxy is carbon.
Gasoline is carbon.
Natural gas is carbon.
Trees are carbon.
Dogs and cats are carbon.
Moose and squirrel are carbon.
You are carbon.
I am carbon.
Sugar is carbon.
Milky bar is carbon.
You breath out carbon.
Carbon graphite is carbon.
Carbon is intertwined into all most everything.
originally posted by: neutronflux
a reply to: Hulseyreport
You
Like I informed you, the red layer primarily contains particles of Nano Aluminum, Carbon, Oxygen, Nano Silicon, and Nano Iron oxide
Really. Quote from the study what size the aluminum particles were. Where in the study does it specifically state the size of the aluminum particles. A “scientific” study that leaves you speculating the size of the particles with hoping the little scale bars are the right size? I guess if the study doesn’t state a specific size, it can’t technically state a falsehood.
originally posted by: neutronflux
a reply to: Hulseyreport
You
The key reason it was Nano-thermite, a chemical reaction occurred at remarkably low temp of 430c in the DSC, and white-hot flame above 1500c or
You understand that 2Al + Fe2O3 burns at 2862 degrees Celsius? And doesn’t ignite at 430 degrees Celsius. Please cite a source on what temperatures and circumstances “super” thermite will ignite under?
And doesn’t “supper” thermite explode more that burn? So the gas release from Harrit’s/Jones’s sample was from a carbon matrix?
en.m.wikipedia.org...
Oxygen balanced iron thermite 2Al + Fe2O3 has theoretical maximum density of 4.175 g/cm3 an adiabatic burn temperature of 3135 K or 2862°C or 5183°F
Snip
Ignition of a thermite reaction normally requires a sparkler or easily obtainable magnesium ribbon, but may require persistent efforts, as ignition can be unreliable and unpredictable. These temperatures cannot be reached with conventional black powder fuses, nitrocellulose rods, detonators, pyrotechnic initiators, or other common igniting substances.[14] Even when the thermite is hot enough to glow bright red, it doesn't ignite,
www.internationalskeptics.com...
They compared the exothermic behaviour of their 4 ignition samples with that of real (nano-?) thermite found in literature, and claimed that the graphs are very similar. They are not: Compare figure 19 with figure 29 and note how the position of the peak differs significantly both on the X-axis (by more than 100°C) and the Y-axis (by a factor of 2 to 4.5). This result proves that their samples are not the kind of thermite known to science.
Like I informed you, the red layer primarily contains particles of Nano Aluminum, Carbon, Oxygen, Nano Silicon, and Nano Iron oxide.
www.internationalskeptics.com...
They claim to have found elemental Aluminium, one key ingredient to thermite, in a fifth chip. However, this fifth chip is of a different material than the four others, as is proven by their own data presented in figures 6 and 14. They did NOT dind free aluminium in any of the material that they igited and claimed to be or contain thermite
They compared the exothermic behaviour of their 4 ignition samples with that of real (nano-?) thermite found in literature, and claimed that the graphs are very similar. They are not: Compare figure 19 with figure 29 and note how the position of the peak differs significantly both on the X-axis (by more than 100°C) and the Y-axis (by a factor of 2 to 4.5). This result proves that their samples are not the kind of thermite known to science. (Note too how in figure 29 they only repeat the lowest of the 4 peaks from fig. 19 to make it not quite so apparent that their samples released waaay too much energy/power.)
Sunstealer has identified in insightful posts back in april 2009 that the crystaline structures we see in figures 8-10 resemble kaolinite (aluminiumsilicate) and hematite (iron oxide, Fe2O3)
originally posted by: waypastvne
originally posted by: Hulseyreport
Harrit chips were analyzed in inert atmosphere.
Prove it.
Harrit chips were analyzed in inert atmosphere.