DJ_Viper
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Hi,
So---the missile is following the path of the HOT EXHAUST PARTICLES that were emitted in the smoke.
Damn---had not heard that definition of a missile launch and lock definition prior to this---.
Where did you see me saying that? The Heat Seeker (like the name explains) follows the path of the heat left behind the plane, which is the hot gas coming out of the engine's rear nozzle / after burner. That source of heat is the target. That's why the missile is called a "Heat Seeker". I am sure you know the meaning of the term!!
Next, in short range AIM type of an operation, the Carbon doesn't really change much. In BVR, where missiles are fired from long distances, the heat remains in the air longer as the hot Carbon particles exist and they emit heat for a bit longer than just the hot air. So, the lock remains steady.
I am having a hard time in really understanding the fact that you don't understand basic Chemistry behind burnt Carbon that's hot (whether in the example above or if you did a BBQ), and you had tried to insult me by telling me that Chemistry and Physics wasn't mandatory in America, meaning we are effing dumb. And here you are, arguing like a child, and not understanding the basic principles of Chemistry and spontaneous combustion with Carbon. What a freaking joke!!
Next time you come on here, try having a combination of C6H12O6+H2O. That would give you some energy to write cohesive posts. I actually know Physics and Chemistry a lot more than you can imagine. If you want to talk about Quantum Physics, let me know.
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