Publication | Closed Access
Deep levels in semiconductors: A quantitative criterion
47
Citations
18
References
1982
Year
SemiconductorsSemiconductor TechnologyElectrical EngineeringDeep LevelsQuantitative CriterionPhysicsEngineeringExperimental AnalysisChalcogen DonorsApplied PhysicsCondensed Matter PhysicsSuperconductivityIntrinsic ImpuritySemiconductor MaterialSemiconductor Device
The vague current classification of deep levels as not being shallow is replaced by a quantitative criterion. Deep levels, bound by the short-range impurity potential, exhibit pressure coefficients which are about 100 times larger than those of shallow states. Experimental results for chalcogen donors in Si are shown to agree with theoretical predictions.
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