Abstract
Results of numerical simulation carried out for thermally stimulated conductivity (TSC) and thermoluminescence (TL) for various trap parameters and different correlation of traps and recombination centers are presented. Monte Carlo algorithm was generalized to include trap levels that are initially not fulfilled with carriers. The properties of thermally stimulated relaxation spectra, especially the dependence on initial filling ratio and recombination coefficient are discussed. The applicability of some classical methods developed for the evaluation of trap parameters from TSC and TL spectra is discussed. It was found that many TL and TSC spectra calculated for strong correlation between traps and recombination centers are of 'first-order' kinetics.
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