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[2] [3] Gasoline is the most common fire accelerant used, [3] but it could also be present at a scene as an ignitable liquid due to gasoline being a common fuel. Although ignitable liquids are the most common fire accelerants, other chemicals such as propane or natural gas could also be used to accelerate a fire. Detecting the use of a fire ...
A fire is a self-sustaining, exothermic oxidation reaction that emits heat and light. When a fire is accelerated, it can produce more heat, consume the reactants more quickly, burn at a higher temperature, and increase the spread of the fire. An accelerated fire is said to have a higher "heat release rate," meaning it burns more quickly.
Chemists distinguish an accelerant from a fuel, such as gasoline. A fire is a self-sustaining, exothermic oxidation reaction that emits heat and light. When accelerants such as oxygen-bearing liquids and gases (like NO 2) are used, fires produce more heat, consume fuel more quickly, and spread quicker. Fires involving liquid accelerants like ...
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An explosive charge would then ignite the incendiary material, often starting a raging fire. The fire would burn at extreme temperatures that could destroy most buildings made of wood or other combustible materials (buildings constructed of stone tend to resist incendiary destruction unless they are first blown open by high explosives).
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GAZ-66 based fire engine GAZ-66 tanker GAZ-66 with KUNG body. GAZ-66 platform truck GAZ-66 in Russian military service GAZ-66 in military service with the PAIGC liberation movement in Guinea-Bissau, 1973. GAZ-66-1 (1964–1968) - the first model with no centralized system for adjusting the air pressure in the tires; GAZ-66A (1964–1968) - with ...