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Keyword [Fluorescence Intensity]
Result: 101 - 120 | Page: 6 of 8
101. Preparation And Temperature Sensing Properties Of Rare Earth Doped Germanate Luminescent Materials Based On Fluorescence Intensity Ratio
102. Rare Earth Doped Luminescence Thermometric Nanomaterials Toward Biological Applications
103. Optical Temperature Sensing Based On The FIR Between Rare Earth Ions(Tb3+,Dy3+) And Mn4+ Ions
104. Optical Temperature Sensing Based On BaLaMgNbO6: Mn4+,RE3+ Phosphors
105. Synthesis And Luminescence Properties Of The Optical Temperature Sensing Materials Based On Different Modes
106. Study On Optical Temperature Sensing Properties Of NaLa(MoO4)2:SM3+,tb3+phosphor
107. Optical Temperature Sensing Properties Of Er3+,Yb3+ Co-doped NaYF4 And NaGdF4 Up-conversion Phosphors
108. The Synthesize And Temperature Sensing Research On Yttrium Vanadate Luminescent Materials
109. Study On Preparation,Optical And Temperature Sensing Properties Of Rare-earth Doped Phosphate Glass Ceramics
110. Preparation Of Fluorescent Carbon Quantum Dots And Its Application In NO Detection
111. Study On Optical Temperature Measurement Based On Fluoride Fluorescent Glass Ceramics
112. Study On Fluorescence Properties Of Gd3+/Er3+/Yb3+ Doped Upconversion Oxide Materials
113. Study On Temperature Sensing Characteristics Of Er3+(Tm3+)/Yb3+doped Upconversion Luminescent Materials
114. Up-conversion NaGdF4:Yb3+, Er3+ Nanorod Preparation, Doping And Modification Research
115. The Preparation Of Rare Earth Doped Several Indiumate Phosphors And The Study Of Their Temperature Sensing Properties
116. Synthesis And In Vivo Bioimaging Of Sub-10nm Core-based NIR Rare-earth Doped Optical Probes
117. Temperature Sensing Performance Study Of Rare Earth And Transition Metal Ion Doped Phosphor Based On Fluorescence Intensity Ratio Technology
118. Sensitivity Of Fluorescence Intensity Ratio Thermometry At High Temperature Based On Luminescence Of Eu3+/Tb3+/Cr3+
119. Study On Viscoelastic Displacement Mechanism Of Tracer Fluorescent Polyacrylamide Microspheres
120. Research On Condition Optimization And Properties Of Rare Earth Doped Aluminate And Molybdate Luminescent Materials
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