Abstract
The time-resolved studies of luminescence for scintillators based on oxides, alkaline-earth fluorides, and alkaline halides excited by x-ray synchrotron radiation with flux density Nhy=6×(1014–1016) photon s−1 cm−2 are reported. The changes of spectral and time luminescence properties of above-mentioned materials were observed. Two various models for understanding the observed effects are suggested. Presented peculiarities must be taken into account by scintillation detector users dealing with high intensity synchrotron radiation.
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