Abstract
The Meyer-Neldel (MN) Rule is an observed relationship in groups of related thermally activated processes, and has been found in a large number of seemingly unrelated phenomena. It is shown here that emission rates of holes from defects in copper indium diselenide follow the MN Rule. A few points stray far from the rule, but they may actually belong to an independent group with its own MN relationship. It is suggested that the MN rule may be helpful in distinguishing between different types of defects.
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