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Explores how Pr3+ affects energy transfer and luminescence in gadolinium-rich glass, suggesting improvements for radiation detection.
Abstract： Scintillating glass， as a key material for high-energy radiation detection， shows significant application pros• pects in large-size， low-cost radiation detection systems.However， in high-Gd-content scintillating glasses， cross-relaxation among Gd 3+ ions limits energy transfer efficiency， thereby restricting further improvement of luminescence performance.In this study， a high-temperature melting method was employed to synthesize Pr 3+ and Ce 3+ co-doped gadolinium-rich
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Chenggong et al. (2026) studied this question.
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