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Keyword [YVO4]
Result: 1 - 20 | Page: 1 of 2
1.
The Synthesis, Magneto-optic Propetry Study Of Rare-eatrh Doped Yttrium Vanadate Nanocomposites Coated With Iron Oxide
2.
The Numerical Simulation Research In The Growth Procession Of Double Refraction Optical Crystal YVO
4
3.
Shynthesis And Characterazation Of Nanostructures Of Low-Valent Vanadium Oxides And Vanadates
4.
The Growth Of Double Refraction Crystal YVO
4
By Czochralski Methodand And Study The Growth Defects
5.
Preparation And Properties Of Low-dimensional Nano-structured Magnetic And Luminescence Materials
6.
The Czochralski Growth Of Laser Crystal Nd:YVO
4
By A Novel Method
7.
Fluorescent Rare-Earth Nano-Particles: Synthesis And Application For Developing Fingerprint
8.
The Study On The Growth And Crystallization Habits Of YVO
4
Crystals
9.
Synthesis Of YVO
4
: Eu Fluorescent Nanoparticles And Its Application In Biological Analysis
10.
Preparation And Luminescent Properties Of YVO
4
Particles Co-doped With Eu
3+
And Alkaline Earth Ions
11.
Synthesis Of Yvo
4
: Eu Fluorescent Nanoparticles And Its Application In Biological Analysis
12.
Of Yb: Yvo4 Crystal Growth And Spectroscopic Properties
13.
Luminescent Materials Of Ceo <sub> 2 </ Sub>: Of Sm (3 +), The Yvo <sub> 4 </ Sub>: Dy (3 +), Ga <sub> 2 </ Sub> O <sub> 3 </ Sub>: Eu (3 +) Preparation And Characterization
14.
The Yvo <sub> 4 </ Sub>: Eu Of <sup> 3 + </ Sup> Core / Shell Structure In Nano Phosphor Preparation And Performance
15.
The Preparation, Magnetic And Luminescent Properties Of Iron Oxide/Rare-Earth Doped Yttrium Vanadate Composites
16.
Synthesis And Luminescence Properties Of Rare Earth Ion Doped YVO
4
Luminescence Nanomaterials
17.
The Synthesis And Luminescence Properties Of Doped And Self-activated Vanadate Luminescent Materials
18.
Synthesis Of YVO
4
:Eu Nanoparticles And Their Application In Fluorescence Resonant Energy Transfer
19.
Morphology-controlled Synthesis Of Rare Earth Doped YVO
4
Powders By The Precipitation Method And Their Luminescent Properties
20.
Study On The Efficiency And Stability Of The Solid State Laser With Optical-contact Crystal And Application In Coal Mine Monitoring
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