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Keyword [photoluminescence properties]
Result: 61 - 80 | Page: 4 of 10
61.
Study On The Microwave Absorption Properties Of Transition Metal And TiO
2
Nanocomposites
62.
Synthesis And Photoluminescence Properties Of Alkaline Earth Chlorosilicate Phosphors For White LED
63.
Photoluminescence Properties Of Eu-doped Cawo
4
thin Films Grown By RF Magnetron Sputtering
64.
Preparation Of Bidentate Schiff Base Ligand-functionalized Polystyrene And Photoluminescence Properties Of Its Complex With Rare Earth Ions
65.
Synthesis And Photoluminescence Properties Of Ti
4+
And Eu
3+
Doped Or Codoped M
2
sno
4
(m=ca, Sr, Ba) Phosphors
66.
Study On The Photoluminescence Properties Of Gd
2
o
3
:sm And Bi
3+
/na
+
Doped Gd
2
o
3
:sm Nanocrystals
67.
Srzno <sub> 2 </ Sub> And Its Doping Synthesis Of New Fluorescent And Luminescent Properties
68.
(Doped Al) ZnO Nanowire Arrays Growth Mechanism And Photoluminescence Properties
69.
The Sio <sub> 2 </ Sub> / Si (001) Surface Of Er-related Nanostructures And Their Photoluminescence Properties, And
70.
Preparation And Optical Properties Of Zinc Oxide Nano Light-emitting Materials
71.
Study On The Optical Properties Of GaN Nanorods
72.
Preparation And Photoluminescence Properties Of α-NaYF
4
:Eu
3+
Based Inorganic-Organic Hybrid Nanomaterials
73.
Cyclic Interconversion Among Molecular Salts And Related Photoluminescence Properties Via Mechanochemistry
74.
Synthesis, Structure Of D
10
Coordination Polymers Based On Rigid Carboxylic Acid Ligand
75.
Preparation And Photoluminescence Properties Of Au/Ln
3+
Co-doped Gd
2
（MoO
4
）
3
Composite Thin Film
76.
Study On The Synthesis Of Molybdate Compound By Liquid Phase And Its Photoluminescence Performance
77.
Nanofilms Of Densely Packed Gd
2
O
3
:0.05X
3+
（X=Eu, Tb） Nanorods Fabricated By An Oil-water Interfacial Self-assembly And Their Photoluminescence Properties
78.
Study On The Photoluminescence Properties Of Rare-earth-ions Co-doped Vanadates
79.
Synthesis And Photoluminescence Properties Of Aligned ZnO Nanowire Arrays By Hydrothermal Synthesis Method
80.
Hydrothermal Synthesis And Photoluminescence Properties Of Managanese Doped-ZnS Nanoparticles
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