clocker bob wrote:You're wrong. Thermite can be made into shaped charges, and you can tie them like a belt around steel. If it was only a powder, it would be hard to weld with it, wouldn't it?
BadComrade wrote:It's so funny to watch you talk about shit you know nothing about.
A "charge" is an explosive (a quantity of explosive to be set off at one time, by definition).
I didn't say explosive charge, you wad. Incendiary charge. Cutter charge. Thermite cutter charge. Like this:
Thermites are a group of pyrotechnics mixtures in which a reactive metal reduces oxygen from a metallic oxide. This produces a lot of heat, slag and pure metal. The most common themite is ferroaluminum thermite, made from aluminum (reactive metal) and iron oxide (metal oxide). When it burns it produces aluminum oxide (slag) and pure iron.
Thermite is usually used to cut or weld metal.
An explosion is the process of a solid rapidly converting to a gas.
Great. Our respective dictionaries are in agreement. What that has to do with cutter charges, I don't know.
So anyway: When ignited, thermite doesn't do anything rapidly, therefore it doesn't "explode".
As I said.
The heat that is generated by thermite is from the aluminum joining the oxygen in the iron oxide. So, even if you were to compress thermite powder in to "shapes", and then tie them around a beam "like a belt" and then ignite them, the only thing that would happen would be that the thermite would turn in to molten iron, and run down the side of the beam.
You are so tiresome. From a recent US patent for a thermite charge:
[0001] This application claims the benefits of U.S. Provisional Application No. 60/659,677 filed Mar. 8, 2005.
[0002] The entire contents of the provisional application are incorporated herein by reference.
FIELD OF THE INVENTION
[0003] The invention relates to thermite charges that are useful for cutting materials including metals, masonry, reinforced concrete, rock, and the like. The invention allows more expeditious and safer material removal, including entry into structures, and structural demolition.
BACKGROUND OF THE INVENTION
[0004] Thermite reactions are well characterized and have been used for a variety of applications, including demilitarization of expended ordnance, quick repair welding of railroad tracks, and cutting applications using lances or burning bars. The thermite reaction is an exothermic reaction that can produce temperatures of more than 4,000.degree. F. These temperatures are well above the melting point of most metals. Boosting the rate of the thermite reaction by flowing a stream of oxygen through the materials can raise the reaction temperature from the normal 4,000.degree. F. to the range of 10,000.degree. F. to 16,000.degree. F. Boosting the temperature to this level greatly reduces the time associated with cutting through a material. In addition, directing the burning particles and gases into a jet through a nozzle allows improved removal of molten metal and deeper penetration into the material.
Being compressed won't make it explode. Nothing will, because it doesn't burn fast enough.
Read the above paragraph carefully for the section that describes how thermite behaves when fed compressed oxygen.
Did you watch the videos that I linked to, the ones that show thermite in action?
Yes, you've posted them previously. I was happy to see them again, because they're as useless to this discussion as your reliance on the PBS special or the PM article often is.
It's not "hard to weld with" at all.
Where did I say it was hard to weld with thermite? I said it was easy to cut or weld with thermite.
Now, to throw you and your people a bone: If someone placed molds around the beam"s" (that photo with the fireman in the foreground is STILL the only photo you people have ever shown, which only shows ONE BEAM, as I stated before), and ignited the thermite, it's possible (maybe) that the thermite could melt through the beam"s". I'm not sure what temperature it takes to melt through iron beams like that, but I'm sure you do.
Don't you think
you should know the necessary temperature? That seems like a prerequisite for making the argument that your hydrocarbon fires weakened the structure of the towers as much as you claim.
If 2200 degrees can melt through the beams
Can't. You'd need a minimum of 4000 F to cut quickly.
then maybe you should post my "mold" theory to all your conspiracy theory sites, and correct their definition of thermite while you're at it.
Or you could, cowboy.
I don't know who that was that posted the phrase "cutter charge like thermite" on whatever "explosives website" you're talking about, but I have a feeling he's talking about something called "det cord", which burns so fast, it's explosive. It's a long cord that burns at like, a mile a second. You can wrap some around an old oak tree, light it, and it'll cut right through the trunk of the tree.
Maybe you should find a discussion on the explosives websites and invite yourself in. I'm talking about something more sophisticated than simple det cord.
Oh, and yes, I know what a particle beam weapon is. Apparently you've never seen the Val Kilmer movie Real Genius? It shares a similar scenario with your camp's
Not my camp. I only made note of the variety of theories out there. I don't back them all. I made that reference to particle beams because you seem to want to talk about lasers striking the towers, for some reason.
Have the letters rubbed off of the C and V keys on your keyboard because you use them 100 times more than the other keys?
I always know when you're losing these arguments, because the personal attacks on Bob increase. BY the way, I'm curious why you seem so eager to discuss the laser tags you think you saw on the towers; are you harboring suspicions that the planes that struck the towers may not have been 11 and 175?
Thanks for helping to revive this thread, Chris.