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Originally posted by impressme
reply to post by pteridine
Professor Steven Jones not only proved that he found a super na-nothermite in his testing but he shows what was paint and what super na-nothermite.
Carry on, asking questions with questions…
In many threads, I have showed how Jones' so-called "science" is wrong using his own data.
The self-extinguishing super nano-thermite is looking more and more like red paint.
You, his primary cheerleader,
Jones' life story may well expose him for the publicity-hungry individual that he has become if it shows anything of his true nature.
"Asking questions with questions" is how it is usually done.
Jones, as you may know, no longer has any standing in the scientific community because of the lack of science in his latest papers.
His movie will undoubtedly paint him as a martyr and not a publicity hound.
Why do you promote Jones' world view without questioning his evidence?
Do you deny that the chips self extinguished? Do you deny that Jones' data showed that combustion was occurring in the DSC? Do you reject the concept that to prove a thermite reaction, Jones has to first run the DSC in the absence of air?
There is no evidence of nano-, micro-, meso-, or macro- thermite.
Originally posted by impressme
reply to post by pteridine
I’ll ask you again do you “deny”
the evidence obtained in the DSC analyses
is more compelling that a thermitic reaction actually occurs
as in that case ignition is observed when the red material is
heated to no more than 430 °C.
The evidence obtained in the DSC is in air and is not compelling at all, as the energy output shows combustion Because of this, there is no way to discriminate between combustion and reaction of thermite.
have a hint as to the power of the super nano-thermite. It self-extinguished teraf it was ignited. Oops.
The proof of combustion is in Jones' data. Remember?
As to the self-extinguishing 'super nanothermite,' that was the key photo you and others used to claim the spheres were iron. Of course, they aren't, but this was part of your "evidence" of thermite.
No wonder ten tons of it were left in the dust; it won't stay lit.
When ignited in a DSC device the chips exhibit large but narrow exotherms occurring
at approximately 430 °C, far below the normal ignition temperature for conventional thermite. [color=gold]Numerous iron-richspheres are clearly observed in the residue following the ignition of these peculiar red/gray chips. The red portion of these
chips is found to be an unreacted thermitic material and highly energetic
Originally posted by impressme
until another scientist can prove Jones science is flawed by presenting a peer reviewed paper
Originally posted by dereks
Originally posted by impressme
until another scientist can prove Jones science is flawed by presenting a peer reviewed paper
It is so funny how you want a scientist to refute Jones paper with a peer reviewed article, whilst you ignore the fact that Jones paper was not peer reviewed, and he had to publish it in a pay to publish vanity journal!
BENTHAM OPEN publish over [color=gold]250 peer-reviewed open access journals. These free-to-view online journals cover all major disciplines of science, technology, and medicine.
Smaller. Cheaper. Nastier. Those are the guiding principles behind the military's latest bombs. The secret ingredient: nanotechnology that makes for a bigger boom.
Nanometric aluminum powder is known to react more rapidly than
conventional, micron-size aluminum grades in propellant and explosive
compositions. Defence Research and Development Canada - Valcartier
(DRDC-V) and the Defence Science and Technology Organisation (DSTO)
are collaborating to assess the potential of nanometric aluminum powders
in explosive compositions. Various plastic-bonded explosives (PBXs) and
TNT-based formulations have been developed to compare ultrafine and
conventional micron-sized aluminum. Explosive performance was
determined by VoD measurements and plate dent depth tests.