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Keyword [fluorescence intensity ratio]
Result: 21 - 40 | Page: 2 of 4
21.
Study On Preparation Of Oxide-based Upconversion Luminescent Materials And Their Temperature Sensing Property
22.
Synthesis, Optical Properties And Perovskite Photovoltaic Applications Of Rare-earth Doped Fluoride Nanocrystals
23.
Design And Optimization Of Optical Thermometric Materials For Photo-thermal Therapy
24.
Luminescent And Temperature Characteristics Of Rare Earth Doped Upconversion Materials
25.
Investigation Of Er
3+
Ions Doped Glass And Glass Ceramic For Optical Thermometry
26.
Glass Ceramics Structure Control And The Applications On Temperature Sensing
27.
Preparation Of Rare Earth Doped Ceramic Temperature Materials And Their Non-contact Temperature Detection
28.
Study On The Structure,Luminescence And Temperature Sensitivity Of Rare Earth Doped Tetra-fluoride Nanoparticles
29.
Study On Yb
3+
/Tm
3+
Codoped YAG Or Y
2
O
3
Single Crystal Fiber Upconversion Fluorescence Temperature Sensing Technology
30.
Study On Preparation And Properties Of Sm
2+
Doped Mg
0.27
Al
2.58
O
3.73
N
0.27
Transparent Ceramics
31.
Dye Sensitization And Temperature Sensing Of Upconversion Luminescence
32.
Synthesis And Luminescence Properties Of Y
2
O
3
:RE
3+
Nano-crystalline For Temperature Sensing
33.
Regulation Of Luminescence And Temperature Sensing Properties Of Er
3+
Doped Phosphors
34.
Optical Temperature Measurement Design Of Rare Earth Doped Fluorescent Materials
35.
Research On Optical Temperature Sensing Properties Of Rare-Earth Doped SrWO
4
36.
Preparation And Temperature Sensing Properties Of Rare Earth Doped Germanate Luminescent Materials Based On Fluorescence Intensity Ratio
37.
Rare Earth Doped Luminescence Thermometric Nanomaterials Toward Biological Applications
38.
Optical Temperature Sensing Based On The FIR Between Rare Earth Ions(Tb
3+
,Dy
3+
) And Mn
4+
Ions
39.
Optical Temperature Sensing Based On BaLaMgNbO
6
: Mn
4+
,RE
3+
Phosphors
40.
Synthesis And Luminescence Properties Of The Optical Temperature Sensing Materials Based On Different Modes
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