Abstract
A series of Ca0.75Sr0.2Mg1.05(Si2O6) (CSMS):xEu2+, yMn2+ phosphors were synthesized by a high temperature solid state reaction technique in a reducing atmosphere (1250 °C, 4 h). Under excitation of 270 nm, the emission spectrum of CSMS host is characterized by a broad band with two distinct emission peaks (453 and 580 nm), tailing on the energy side from approximately 350 to 800 nm. Thus, there is an orange-yellow emission in CSMS host. The different trap depths of thermoluminescence spectra (E1 = 0.6453 eV, E2 = 0.8271 eV) are measured and these traps will fade away when Eu2+ or Mn2+ ions are doped. In addition, the blue-shift, red-shift, and intensity changes of temperature dependence emission spectra in Ca0.75Sr0.2Mg1.05(Si2O6) host are observed with higher temperature. For Eu2+ single doped CSMS, which has an obvious absorption in the near-ultraviolet and blue region with a wide band of excitation spectrum ranging from 200 to 450 nm monitored at 453 nm. And the emission spectrum presents an obvious re...
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