The clustering and precipitation of Mg-vacancy pairs in LiF (TLD-100) has been studied by means of dielectric loss measurements as a function of aging time at different temperatures. Rapid quenching techniques ensured that no (Mg 2+ V - ) clustering had taken place prior to aging as in many previous studies. Clustering was found to follow third-order kinetics and a trimer binding energy of 0.89 eV was determined. The precipitation kinetics are represented in a time-temperature-transformation (TTT) plot.
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Taylor et al. (1982) studied this question.
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