be warned this document is 18mbs i edited out some boring bits
http://www.osti.gov/bridge/purl.cove...M/webviewable/
"2.5.2. I The Thermite Cutting Technique
The thermite cutting process consists of heating and melting the metal in the cutting area by the
thermal energy released during combustion of a therrnite mixture (under conditions of an exother- ,
tic reaction). The products generated by combustion of the thennite mixture issue from the combustion
chamber under pressure in the form of a mixture of condensed gases, which affords the
opportunity of cutting almost any metal in any attitude. The application of this cutting technique to
nonmetallic materials also seems feasible, especially the
dismantling of the reinforced concrete
structural elements. However, no domestic experience has been acquired to date using thermite
cutting in nuclear power engineering.
Research to substantiate the preliminary design and technological solutions of cutting metalwork
with the therrnite cutting technique have made it possible to identi~ the following conditions for
cutting plate-type materials and piping:
the
products resulting from the combustion of a thermite compound must be generated in the
form of a directed jet and must possess a large store of heat and kinetic energy
the combustion products must ensure a high level of convective heat exchange during the
demolition of metalwork
during the combustion of a pyrotechnic compound, a maximum number of condensed liquid
products with a high heat capacity must be formed
the number of gaseous products formed must be nlinirnal, but sufficient for transporting the
condensed phase to the obstacle.
As a result of the experimental work performed, the following conclusions were reached:
Two conceptually diverse compounds were evaluated in the research studies: slightly gassy mixtures
based on a iron-aluminium thermite with the addition of potassium perchIorate and strontium
nitrate (compound “A” mixtures), and gassy mixtures based on an aluminum-magnesium alloy with
an oxidizer using Polytetrafluoroethylene as its base (compound “B” mixtures).
Almost any metal or nonmetallic material can be subjected to thermite cutting.
The thermite cutting process can be petiornied in different attitudes (i.e., without manipulating
the articles being cut).
The thermite cutting technique makes it possible to cut tube bundles when access is only
possible from one direction.
The therrnite cutting technique ensures autonomous work petiormance under conditions of high
radioactivity away ilom electric power, fiel gas, and oxygen supply sources (in the presence of
high ionizing radiation dose rate levels).
The thermite cutting technique is characterized by maneuverability and the small dimensions of
its devices, which allows use of the technique in hard-to-reach locations.
The pyrotechnic cutting torch can be used with automatic and remote-control systems
heres some stuff on
nano thermites .Discovered just after 911
https://e-reports-ext.llnl.gov/pdf/302999.pdf
Theres alot more information on ae911truths slide show 100-200 pages.
If you had bothered reading it ,
1,3 dimethypropane was found in large quantities to at the wtc
this is a main ingredient of SOLGEL