Font Size:
a
A
A
Keyword [rare earth doped]
Result: 121 - 140 | Page: 7 of 10
121.
Highly-Sensitive Temperature Sensing Investigation Based On Rare Earth Doped Materials
122.
Designand Luminescence Mechanism Of Rare Earth Doped 12CaO·7Al
2
O
3
Based Conductive Phosphorsfor Low-voltage FEDs
123.
The Preparation And Characterization Of Rare Earth Doped Na
2
Ca
3
Si
2
O
8
And BaZrSi
3
O
9
Based Luminescent Materials
124.
Preparation And Luminescence Properties Of Rare-earth Doped M-Si-Al-N Materials
125.
Temperature Sensing Of Rare Earth Doped Upconversion Materials Based On Fluorescence Intensity Ratio Technique
126.
Fluorescence Enhancement Effect Of Rare Earth Doped NaYF
4
Nanocrystals
127.
Synthesis And Optical Temperature Sensing Of Rare-earth Doped Photoluminescence Materials
128.
Preparation And Luminescence Properties Of Rare-earth-doped Silicon-based Oxynitride Phosphors
129.
Luminescence Properties Of Rare-earth Doped Phosphor Materials SrY
2
O
4
/Sr
2
YF
7
Under 1550nm Excitation
130.
First-principles Calculation Of Rare Earth Doped Black Phosphorus
131.
Synthesis And Spectrum Property Of Rare Earth Doped Novel Phosphors
132.
Synthesis And Optical Properties Of Rare Earth Doped Oxide Functional Materials
133.
Research On Preparation And Optical Frequency Conversion Characteristic Of Rare Earth Doped Oxy-fluoride Materials
134.
Preparation And Luminesence Properties Of Rare Earth Doped Ba
2
SrWo
6
Phosphors
135.
Surface Plasmon Resonance Enhanced Upconversion Luminescence Of Single Rare Earth Doped Nanocrystal By Single Gold Nanorod
136.
Research On The Luminescence Properties Of Rare Earth Doped Li(Y/Gd)
5
P
2
O
13
And Na
0.34
Ca
0.66
Al
1.66
Si
2.34
O
8
Phosphor
137.
Local Enhancement Effect Of Microhole Induced Rare-earth Upconversion Luminescence
138.
Study On The Up-conversion Luminescence And Spectral Regulation Of Rare Earth Doped Tungstate
139.
Spectral Properties Of Rare Earth Doped SGG Powders
140.
Preparation And Luminescent Properties Of Core-shell Structured Rare Earth Oxysulfide Nanocrystals
<<First
<Prev
Next>
Last>>
Jump to
