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Lengthening of the Sm<sup>2+</sup> 4f<sup>5</sup>5d → 4f<sup>6</sup> decay time through interplay with the 4f<sup>6</sup>[<sup>5</sup>D<sub>0</sub>] level and its analogy to Eu<sup>2+</sup> and Pr<sup>3+</sup>
Lengthening of the Sm2+ 4f55d → 4f6 decay time through interplay with the 4f6[5D0] level and its analogy to Eu2+ and Pr3+
The temperature dependent optical and scintillation characterisation of Bridgman grown CsPbX<sub>3</sub> (X = Br, Cl) single crystals
The temperature dependent optical and scintillation characterisation of Bridgman grown CsPbX3 (X = Br, Cl) single crystals
Scintillation and Optical Characterization of CsCu<sub>2</sub>I<sub>3</sub> Single Crystals from 10 to 400 K
Scintillation and Optical Characterization of CsCu2I3 Single Crystals from 10 to 400 K
Light yield and thermal quenching of Ce<sup>3+</sup> and Pr<sup>3+</sup> co-doped LaBr<sub>3</sub>:Sm<sup>2+</sup> near-infrared scintillators
Light yield and thermal quenching of Ce3+ and Pr3+ co-doped LaBr3:Sm2+ near-infrared scintillators
Avoiding concentration quenching and self-absorption in Cs<sub>4</sub>EuX<sub>6</sub> (X = Br, I) by Sm<sup>2+</sup> doping
Avoiding concentration quenching and self-absorption in Cs4EuX6 (X = Br, I) by Sm2+ doping
Characterisation of Sm<sup>2+</sup>-doped CsYbBr<sub>3</sub>, CsYbI<sub>3</sub> and YbCl<sub>2</sub> for near-infrared scintillator application
Characterisation of Sm2+-doped CsYbBr3, CsYbI3 and YbCl2 for near-infrared scintillator application
Photoluminescence and excited states dynamics of Tm<sup>2+</sup>-doped CsCa(Cl/Br)<sub>3</sub> and CsCa(Br/I)<sub>3</sub> perovskites
Photoluminescence and excited states dynamics of Tm2+-doped CsCa(Cl/Br)3 and CsCa(Br/I)3 perovskites
The role of Yb<sup>2+</sup> as a scintillation sensitiser in the near-infrared scintillator CsBa<sub>2</sub>I<sub>5</sub>:Sm<sup>2+</sup>
The role of Yb2+ as a scintillation sensitiser in the near-infrared scintillator CsBa2I5:Sm2+
Engineering near-infrared emitting scintillators with efficient Eu<sup>2+</sup> → Sm<sup>2+</sup> energy transfer
Engineering near-infrared emitting scintillators with efficient Eu2+ → Sm2+ energy transfer
Converting SrI                                                 <sub>2</sub>                                                 :Eu                                                 <sup>2+</sup>                                                  into a near infr
Converting SrI 2 :Eu 2+ into a near infrared scintillator by Sm 2+ co-doping
Improvement of LaBr3:5%Ce scintillation properties by Li1, Na1, Mg21, Ca21, Sr21, and Ba21 co-doping
Improvement of LaBr3:5%Ce scintillation properties by Li1, Na1, Mg21, Ca21, Sr21, and Ba21 co-doping
Improvement of ?-ray energy resolution of LaBr3:Ce3+ scintillation detectors by Sr2+ and Ca2+ co-doping
Improvement of ?-ray energy resolution of LaBr3:Ce3+ scintillation detectors by Sr2+ and Ca2+ co-doping
Lanthanide 4f-level location in lanthanide doped and cerium-lanthanide codoped NaLaF4 by photo- and thermoluminescence
Lanthanide 4f-level location in lanthanide doped and cerium-lanthanide codoped NaLaF4 by photo- and thermoluminescence
Li-Based Thermal Neutron Scintillator Research: Rb2LiYBr6 : Ce3+ and Other Elpasolites
Li-Based Thermal Neutron Scintillator Research: Rb2LiYBr6 : Ce3+ and Other Elpasolites
Temperature Dependent Scintillation and Luminescence Characteristics of GdI3: Ce³+
Temperature Dependent Scintillation and Luminescence Characteristics of GdI3: Ce³+
Ce3+ activated LaBr3?xIx: High-light-yield and fast-response mixed halide scintillators
Ce3+ activated LaBr3?xIx: High-light-yield and fast-response mixed halide scintillators
High-resolution luminescence spectroscopy study of down-conversion routes in NaGdF4:Nd3+ and NaGdF4:Tm3+ using synchrotron radiation
High-resolution luminescence spectroscopy study of down-conversion routes in NaGdF4:Nd3+ and NaGdF4:Tm3+ using synchrotron radiation
Thermal-neutron scintillator: Ce3+ activated Rb2LiYBr6
Thermal-neutron scintillator: Ce3+ activated Rb2LiYBr6
Thermal quenching of Ce3+ emission in PrX3 (X = Cl, Br) by intervalence charge transfer
Thermal quenching of Ce3+ emission in PrX3 (X = Cl, Br) by intervalence charge transfer
High-light-output scintillator for photodiode readout: LuI3:Ce3+
High-light-output scintillator for photodiode readout: LuI3:Ce3+
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