Abstract
The character of the radiation-induced thermoluminescent glow peaks in LiF:Mg (70 ppm and 100 ppm by spectrographic analysis) is affected by pre-irradiation isothermal annealing. For pre-irradiation annealing below 100°C the kinetics of one of the glow peaks which appears at about 105°C has been correlated with the annealing kinetics of quenched-in Mg++—cation vacancy complexes as measured by dielectric loss techniques. After the samples have been annealed for one hour at 400°C and cooled in about 3 min to room temperature, almost all of the magnesium is found to be associated with cation vacancies. The 105°C glow peak associated with the Mg++—cation vacancy complex is proportional to the measured number of these complexes in the two samples.
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