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Keyword [Fluorescence intensity]
Result: 141 - 160 | Page: 8 of 9
141.
Temperature Sensing Properties Based On Fluorescence Emission
142.
Research On Non-Contact Temperature Sensor Based On Rare Earth Luminescence
143.
Synthesis Of Rare Earth Doped Tungsten Molybdate Luminescent Materials And Study On Their Temperature Sensing Properties
144.
Research On Optimized Growth And Fluorescence Intensity Ratio Temperature Sensing Performance Of Sesquioxide Family Single Crystal Fibers
145.
Research On Optical Temperature Sensing Properties Of Rare-Earth Doped Tungstate Up-Conversion Luminescent Materials
146.
Luorescence Properties And Optical Thermometry Of Manganese-doped Alkaline Earth Aluminates And Their Complex Phosphors
147.
Study On Preparation And Optical Temperature Measurement Performance Of Lanthanide Ion Up-conversion Luminescent Materials
148.
Research On Temperature Sensitive Performance Of Bi
3+
,Re
3+
（Re=Eu,Sm） Doped SrGa
2
B
2
O
7
Phosphors
149.
Tunable Luminescence And Temperature Sensing Properties Of Double Doped Phosphors
150.
Preparation And Photothermal Properties Of Rare Earth Doped Perovskite Tungstate Fluorescent Materials
151.
Application Of Waveguide-Microcavity Coupling Structure In Fluorescence Detection
152.
Research On Temperature Sensing Properties Of Yb
3+
/Er
3+
Codoped Up-Conversion Luminescent Materials
153.
Luminescence Properties Of Pr
3+
/Sm
3+
Ions In Composite Oxides
154.
Research On Preparation Of Novel Up/Down Conversion Sr
3
La
2
Ge
3
O
12
Fluorescent Materi-Als And Temperature Measuring Performance
155.
The Research Of Dual-emission Fluorescent Materials On The Luminescence Characteristics And Temperature Characteristics Based On The Fluorescence Intensity Ratio
156.
Research On Upconversion Luminescence Properties And Temperature Sensing Of Rare Earth Doped Alkaline Earth Fluoride Core-shell Nanocrystals
157.
Research On Non-contact Rare Earth Fluorescence Intensity Ratio Temperature Sensor
158.
High-precision Temperature Sensor Research Based On The Fluorescence Intensity Ratio Technology
159.
Study On Red Phosphors For LED Plant Growth Lamps
160.
Research On Non-contact Temperature Sensor Based On Fluorescence Intensity Ratio Technology
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