Mechanoluminescence and lyoluminescence characterization of Li2BaP2O7:Eu phosphor

The lyoluminescence (LL), thermoluminescence and mechanoluminescence (ML) of a γ -ray-irradiated powder of NaCl:Dy (0.05–0.5 mol%) phosphor are reported in this paper. The nature of intensity variation of the respective luminescence spectra with different γ -ray doses and with different concentrations of Dy3+ doped in NaCl are found to be similar. The LL and ML intensities differed from each other, but their nature is found to be similar in a sublinear form up to a high dose (5.0 kGy) of γ -rays. Thus, the prepared phosphor may be useful for accidental radiation dosimetry up to a high dose (5.0 kGy) of γ -rays using the LL and ML techniques.

Luminescence studies on rγ-ray-irradiated Dy3+-activated sodium chloride phosphor for radiation dosimetry

Study of lyoluminescence of gamma-irradiated GdCa 4 O(BO 3 ) 3 :Ce phosphors: Mass of solute and pH of solvent as a key factor

The mechanoluminescence of γ-irradiated powder of (K 0.5 Na 0.5 )Cl:Dy 3+ (0.05–0.5 mol%) phosphor is reported. The variation of mechanoluminescence peak intensity with γ-dose and with different concentration of Dy 3+ ions doped in (K 0.5 Na 0.5 )Cl are studied and compared with thermoluminescence characterization. The variation of peak mechanoluminescence intensity of (K 0.5 Na 0.5 )Cl:Dy 3+ (0.1 mol%) with different γ-ray dose is found to be linear up to 5 kGy exposure dose and minimum fading in peak height is observed.

Mechanoluminescence characterizations in γ-irradiated and Dy3+ activated (K0.5Na0.5)Cl phosphor for accidental radiation dosimetry

Mechanoluminescence characterisation of γ-irradiated (KNa)Br:Ce3+ phosphor

Theoretical approach to the lyoluminescence of alkali halides

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Theoretical approach to the lyoluminescence of alkali halides