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Keyword [Temperature Sensing]
Result: 61 - 80 | Page: 4 of 10
61.
Synthesis And Ion/Temperature Sensing Of Eu-based Metal-Organic Frameworks
62.
The Fluorescence Temperature Sensing Properties Of Cr
3+
/Cr
4+
Doped Oxyfluoride Glass-ceramics
63.
Investigation Of Electrical Properties And Temperature Sensing Features Of Polymer Derived SiA1CN Ceramics
64.
Optical Multi-functional Design And Improvement Of Afterglow Properties Of Rare Earth Doped Luminescent Materials
65.
Investigation Of Er
3+
Ions Doped Glass And Glass Ceramic For Optical Thermometry
66.
Glass Ceramics Structure Control And The Applications On Temperature Sensing
67.
Synthesis And Upconversion Luminescent Properties Of Rare-earth Doped Oxide Phosphors
68.
Study On The Temperature Sensing Characteristics Of Yb
3+
/Er
3+
Co-doped Gd
2
（MoO
4
）
3
/NaLuF
4
Fluorescent Materials
69.
Study On The Structure,Luminescence And Temperature Sensitivity Of Rare Earth Doped Tetra-fluoride Nanoparticles
70.
Graphene/Bpoxy Flexible Temperature Sensing Film And Measurement For Temperature Field
71.
Design Of Fluorinated Core-shell Nanoparticles With The Properties Of Multi-fluorescence Emission And Optical-temperature Sensing
72.
Temperature Sensing And Scintillating Performances Of Rare Earth Doped Oxyfluoride Glass Ceramics
73.
Optical Properties In Rare Earth Doped Nanoparticle-Organic Molecule Hybrids
74.
Study On Yb
3+
/Tm
3+
Codoped YAG Or Y
2
O
3
Single Crystal Fiber Upconversion Fluorescence Temperature Sensing Technology
75.
Preparation And Fluorescence Temperature Sensing Properties Of Multi-Phase Glass-Ceramics Containing MF
2
:Yb
3+
/Er
3+
and ZnAl
2
O
4
:Cr
3+
Crystalline Phases
76.
Study On Preparation And Properties Of Sm
2+
Doped Mg
0.27
Al
2.58
O
3.73
N
0.27
Transparent Ceramics
77.
Absorption Spectroscopic Temperature Sensing Based On Solid Rare Earth Oxides
78.
Optical Temperature Behavior Of Rare Earth Doped Tungstate Upconverting Materials
79.
Study On The Preparation And Temperature Properties Of Upconversion Luminescent Materials
80.
Study On Monitoring Method Of Internal Strain And Temperature Characteristics Of Cast Explosives Based On Optical Fiber Sensors
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