No. 258, Xueyuan Street
Hangzhou City
China
China Jiliang University
Cr3+ ions, Phosphor, Broadband, Near-infrared
ZnWO4: Cr3+, Yb3+, NIR phosphor, NIR pc-LED, Energy transfer
NIR phosphor, NIR pc-LED, Energy transfer, Cr3+-Yb3+
Ca2GdTaO6, Energy transfer, Optical thermometry, Anti-counterfeiting
NIR phosphor, co-doped, broadband, Cr3+-Cr3+, energy transfer
Optical temperature sensing, Y2O2S, Size effect, Fluorescence intensity
NIR phosphor, co-doped, broadband, Cr3+-Cr3+, Energy transfer
Optical temperature sensing, Y2O2S, Upconversion luminescence, Fluorescence intensity ratio
FIR thermometer, Y2O2S phosphor, multidimensional application, multimode anti-counterfeiting, three-photon upconversion
Optical temperature sensing, Y2O2S, Upconversion luminescence