SQUEEZING OF THE CHARGE DEEP LEVEL TRANSIENT SPECTRA CAUSED BY THE MEYER-NELDEL RULE
Peter Kluvánek - Drahoslav Barančok - Ľubomír Keleši
Presented paper is devoted to the analysis of the impact of
the Meyer-Neldel rule on charge deep level transient spectroscopy
(QDLTS) in the case of continuously distributed relaxation times.
The presence of the Meyer-Neldel rule deforms the shape of the
QDLTS responses, which can lead to erroneous interpretation.
It was found that the most dramatic deformation appears at a
critical temperature T0. An easy way is suggested how to attest
the presence of the Meyer-Neldel rule in the material used in experiment.
Keywords: Deep level transient spectroscopy, Meyer-Neldel rule, distribution of relaxation times
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