|
|
|
|
|
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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
hS7R6eP1naZBwrkK