catalytic cycle
|
Describes a reaction mechanism of a chemical compound under the action of a substance called a catalyzer. Often the catalyzer regenerates at the end of the cycle which can cause chain reactions. One or several reactive elements link with the catalyzer to form a product and the regeneration of the catalyzer. For example, in the case of the Catalytic cycle of chlorine in the atmosphere, an atom of chlorine (Cl), the catalyzer, reacts with a molecule of ozone (O3) to form a molecule of chlorine monoxide (ClO) and a molecule of oxygen (O2). During a second process, the molecule of ClO reacts with an atom of oxygen to form an atom of chlorine and a molecule of oxygen. The molecule of ozone has therefore been destroyed, the chlorine atom released again and the cycle can begin again.
|
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
6nJxFxjSjtBRtZ2b