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Evaluating Reactivity Hazard Potential
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acid activation adiabatically atmospheres atoms blast cal/gram calculated carbon causes charge chemical chloride composition compounds compression concentration constant volume container decomposition detonation developed diameter distance dust effect elements energy entropy equilibrium ethylene example exothermic explosion factors final fire flame flame temperature flammable flow front fuel gaseous gases gram hazardous heat of formation higher hydrogen hydrogen bromide ignition increase indicates initial kcal/m known less limit liquid loss lower mass materials maximum measured methane mixture molecule moles nitrogen observed organic oxide oxygen peak pressure peroxide potential energy present quantity raises range rate of heat reached reactant reaction release rise sample sensitive shock shown in Figure shows sodium hypochlorite Solid stable temperature thermal tion transition ture vapor velocity vent volume volume percent wave weight