I just wanted to paste this clarification that I sent to Dr. Fetzer, today.
I have not received a reply to this as to date.
I will keep it in layman's terms, for the benefit of the members here, please correct any inaccuracies I have made, that would be most helpful.
Dear Dr. Fetzer,
I wanted to clarify my last email to you, based on Dr. Steven Joneses, work
it is the rapid reaction of super thermites that provides the force to
pulverize the concrete, that reaction comes from the movement of the
particles, the conversion of thermal energy to the Molecular motion,
expansion to break the oxide layer. The reason that is important that is
what allows a stable device to be made, because we are referring to solid
forms of Aluminum the fuel in super thermites. However as the particle is
reduced the Oxide layer to fuel source increases, there is actually greater
fuel in Endothermic metal reactions in liquid form, and they can react
quicker, if the Oxide is compromised, than Super thermites it all depends on
the energy molecular motion to break the oxide coating and the speed it is
applied to the coating and materials. The smaller the particle the faster
the reaction of said particle with thermal energy, to create molecular
motion.
The size of the energy packet is irrelevant, it is the speed of the reaction
that matters and since the Oxide layer on molten aluminum is dependent on
the temperature of the material because of the physics of molecular bonding
that effects all elements and compounds in the universe. The hotter
something is the more Liquefied it is the weaker the bonds, damaging the
coating at the right temperature will cause extremely fast endothermic
reactions faster than those of even super thermites. I wish you could have
seen the aluminum fire ball burning in air at super sonic speeds that I
created. At that speed and temperature the Oxide coating is molten, and the
shock wave of the explosion, blew it away from the metal .
It would just be difficult to make a device that would recreate it stable,
which is why they use solid, not molten aluminum in super thermites. The
Molten aluminum is simply to reactive and dangerous for the application of
it in a stable device.
PS. I have also reverse engineered a device that will cut though the beam,
that Dr. Jones says was cut with thermite, I found it almost impossible to
cut a standing beam with thermite, but I was able to cut a standing beam
with a thermite powered device, using steam, from a similar reaction of
Carbon with Iron oxide, and thermite simply as a heat source directly
applied to the steel. Up on contact with the heated material, steel, the
Iron in the steel reacted with the steam and gave of hydrogen while
producing an Iron oxide slag from the steel burring. This is important
because Iron rusts when exposed to steam or water in air, and there is no
rust on the slag, on the beam, it is almost impossible to recreate that with
thermite it would require a device that could produce a solid aluminum oxide
coating on the metal, do to the violence of the thermite reaction, that is
about as probable as me winning the Powerball without buying a ticket.
It is very important you check the date of the photos creation, my thermite
starts rusting within minutes of exposure to an Ion Carrier, such as steam
or moisture.
We are talking 100 year old science, are we not?
http://kr.cs.ait.ac.th/~radok/physics/j5.htm
"The combustion of iron and certain other (highly heated) metals in a pure
oxygen flow is technically of great importance due to the accompanying huge
quantities of heat - huge when compared with the unit volume of the metal,
for iron, it is around 12900 cal/l compared with 2½ cal/l for hydrogen. A
strongly condensed sharp oxygen jet, meeting a plate made out of malleable
iron or steel at a location, which has been heated to about 1 350ºC,
combusts the iron there into iron oxide and blows the oxide away. The heat
tone of the combustion heats and combusts neighboring sections; locations in
the direction of the gas jet pass through the same process, and since this
continues, you can make deep groves in plates and eventually cut them
(autogenous). A metal can be cut autogeneously only when its temperature of
brisk combustion and oxide melting point lie below its melting temperature.
This is the reason, why cast iron, copper, aluminium, et al. cannot be cut,
but only melted through. The combustion of aluminium into aluminium oxide
(Al2O3) forms the foundation of alumino-thermics (H. Goldschmidt, 1899),
which serves generation of high temperatures, especially for welding (rail
links, large machine parts), but here the oxygen comes from the interaction
of aluminium with iron-oxide. During the conversion of 1 kg thermite
mixture, consisting of 3 parts Fe2O3 and one part of Al, there arise about
850 kcal. This enormous heat tone of the reaction is due to its rapid
development during a few seconds; the estimated maximum temperature is 3
000ºC."
Also I wish to add that Prof. Woods is right about aluminum glowing Yellow
at 1000c, since black body radiation is irrelevant. However Dr. Jones is
right that pure molten aluminum can not drop or flow for long distances in
air without turning silver because of conductivity it simply cools to
quickly. However a mixture of steel dust, and Aluminum from a high impact
maybe and probably mixed with an amount of carbon black and Iron Oxide can
glow as it falls though air from the complex reactions of the Oxidations of
the materials involved. Such a combination can only be formed from a high
impact situation, or possibly from a sand blasting situation, then a very
slow melting of the Aluminum in combination with violent wave action on the
material.
I intend to also address these Issues on my next World Wide TV. appearance,
which I hope will not be to long into the future. It will be a minor issue,
I was going to ignore it but the producers want me to address it.
Sincerely,
Carroll Sanders