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Keyword [Fluorescence intensity]
Result: 61 - 80 | Page: 4 of 9
61.
Luminescent Property Of NaGdF4:Er
3+
Nanoparticles For Temperature Sensing
62.
Fluorescence Intensity Improvement Of Phosphor By Using Micrometer Or Namometer Scale Structure
63.
Up-conversion Luminescence Property Of GaFeO
3
:Er
3+
/Yb
3+
Ceramics
64.
Study On The Controllable Synthesis Of Rare Earth Doped Vanadate And Their Photoluminescence Performance
65.
Preparation Of PU-based Fluorescent Sensors And Investigation On The Properties Of Heavy Metal Ions Detection
66.
Detection Of Amino Acids In Drugs By Fluorescence Probe Method And Its Application
67.
Luminescence And Optical Temperature Properties Of The Rare-earth Doped Glass Ceramic
68.
Study On Temperature Sensing Of Rare Earth Doped NaYF
4
Core-shell Nanocrystals
69.
The Research Of Three-dimension Fluorescence Techniuque To Detect Carbaryl Pesticide Oil In The Water
70.
The Research On Rare Earth Ions Doped Inorganic Phosphors Powder For Temperature Sensing
71.
Up-conversion Luminescence Properties Of Highly Efficient Ag/ZnO Nanowire Array/rare-earth Doped Oxide Composite Film And Its Application
72.
The Characteristics And Applications Of Upconversion Fluorescence Of Rare Earth Doped Yttrium Oxide Nanocrystals
73.
Preparation And Physicochemical Properties Of Starch-based Fluorescent Materials
74.
Preparation And Spectral Characteristics Of CaAl 2 Si 2 O 8 :RE (RE=Eu, Ce, Tb) Fluorescent Materials
75.
Preparation And Spectral Properties Of Rare Earth Upconversion Luminescent Materials For Optical Temperature Sensors
76.
Reserch On Optical Temperature Sensing Properties Of Rare Earth Doped Nano Fluorescent Materials
77.
Study On Temperature Characteritics Based On Fluorescence Intensity Ratio Of Rare Earth Ions Doped Upconversion Luminescent Materials
78.
Study On Preparation Of Oxide-based Upconversion Luminescent Materials And Their Temperature Sensing Property
79.
Synthesis, Optical Properties And Perovskite Photovoltaic Applications Of Rare-earth Doped Fluoride Nanocrystals
80.
Design And Optimization Of Optical Thermometric Materials For Photo-thermal Therapy
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