Abstract
AbstractThe AT luminescence of KCl: Ga is investigated at 0.38 to 100 K by spectral, kinetic, and polarization methods. At extremely low temperatures the luminescence decay curve in the magnetic field is decomposed into three components (fast, quick, and slow) with decay times dependent, but light sums independent of the field strength. Polarization degrees of the components are independent both of field and time. The experimental results are discussed in terms of a model suggesting a strong interaction of the optical electron of Ga+ with tetragonal vibrations of the crystal lattice.
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