Tuned X-ray-to-visible light conversion via a chromophore doping strategy for enhanced scintillation performance

Key Points

Enhanced scintillation performance achieved with tailored phenyl chromophores, indicating improved light conversion efficiency.
Key metric shows ultrafast decay rates, measuring a significant enhancement in emission properties at varied wavelengths.
Observational analysis using doping strategy on organic host–guest crystals reveals tunability in emission and decay characteristics.
Potential impact includes applications in medical imaging and radiation detection fields, calling for further exploration and optimization.

Abstract

This work presents a doping strategy for organic host–guest crystals. Using tailored phenyl chromophores, it achieves widely tunable emission, ultrafast decay, and significantly enhanced scintillation performance.

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Tuned X-ray-to-visible light conversion via a chromophore doping strategy for enhanced scintillation performance

Key Points

Abstract

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