9/11 Review
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When an explosive is ignited, it decomposes itself in heat, light and huge volume of gaseous compounds. Because this expansion is very rapid, the expanding gasses displace large volumes of air creating a shockwave and a forceful gust of wind: a blast. For 'high explosives', the shockwave occurs at supersonic speed, forcing the water steam in the air around the blast to condense instantly, thus creating a sudden white cloud or white flash. This colour may change to light yellow or light orange but the flash is always sudden and brief. The fireball follows later at a slower speed. Jet fuel cannot burn without large quantities of air. It only explodes when carefully mixed with air. Otherwise it just burns in dark orange falling flames like in the WTC [2 -ed] 9/11 attack. Normal explosives disperse their gaseous compounds in all directions. Shaped-charge explosives concentrate their gases in a single direction, making them more powerful. Metal is added to the explosive charge to increase its 'cutting power'. Shaped charges are used for piercing rocks in the oil-drilling industry, or for piercing tanks and bunkers in the army. High explosives create huge heat and huge forces. Shaped charges are even more destructive. For an example of how shaped-charges focus their explosive force
forward into a dart, see the results of a
The dart of plasma and gas ignites everything flammable in its path, and eventually cools and runs out of force. The key is that it penetrates and pierces, rather that exploding radially and dispersing. The gas will carry non-flammable debris along its course with it. Pierre-Henri Bunel thinks that the PentagonAttack was made with an anti-bunker missile. An anti-bunker missile contains both a shaped charge and a bomb. It first used the shaped-charge to pierce the wall and then dropped a bomb inside the building. Links:
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