N0.59 Hudong Road
Ma’anshan, 243000
China
Anhui University of Technology
Cr3+-doped, Broadband emission, Near-infrared phosphor, Negative thermal expansion, Thermal stability
Double molybdate, Upconversion luminescence, Fluorescence intensity ratio, Optical thermometry
Narrow-band red emission, Eu3+/Tb3+ co-doping, Energy transfer, Czochralski method, High-temperature solid-state method
Upconversion luminescence, optical thermometry, Structure-driven, Double-molybdate, Er3+ ions
Double molybdate crystal, Czochralski method, Optical thermometry, Upconversion luminescence, Fluorescence intensity ratio