Font Size:
a
A
A
Keyword [Solvothermal]
Result: 1 - 20 | Page: 1 of 2
1.
The Optimization Of The Growth Process And The Investigate Of The Nonlinear Optical Properties On KTa
1-x
Nb
x
O
3
Thin Films
2.
Study On Synthesis And Fluorescence Properties Of Short Wave Emissing Rare Earth Ions Doped Fluorides
3.
Synthesis Of The ZnS Nanocrystals With Different Shape And Structure And High Pressure Study For ZnS Nanorods
4.
Preparation And Characterization Of Semiconducting Indium-containing Compounds
5.
Synthesis And Properties Of Titenate Phosphors For White LEDs
6.
Its Light Absorption Properties Of Semiconductor CdS <sub> 1-x </ Sub> Se <sub> X </ Sub> Nanomaterials
7.
Researches On Synthesis And Luminescence Of Rare Earth Ions Doped Micro/Nano Luminescent Materials Based On Energy Transfer
8.
Fabrication Of Al-Doped ZnO Transparent Conductive Thin Films By Solvothermal Method
9.
Synthesis And Microwave Absorbing Properties Of Magnetic Propertie/polyaniline Composites
10.
Synthesis And Luminescence Properties Of Rare-earth Doped In Phosphates Via Sotvothermal Method
11.
Preparation Of High Saturation Magnetization Super - Paramagnetic Zinc Ferrite And Its In - Situ Mechanism
12.
Controllable Synthesis And Upconversion Emission Properties Of SrF
2
-GdF
3
System Nanocrystals
13.
Preparation And Luminescence Properties Of Tungstate Materials
14.
The Synthesis Of Group ?A Metal Oxyhydroxides And Their High-Pressure Studies
15.
Synthesis And Optical Properties Of NaYF
4
:Yb
3+
, Tm
3+
Upconversion Luminescent Materials
16.
Controllable Synthesis Of Superparamagnetic Fe
3
O
4
Clusters And Their Application Of Magnetothermal Properties
17.
Synthesis And Properties Study Of New Intercalation Compounds Of FeSe
18.
Investigation Of Preparation And Properties Of Cu
2
ZnSn(S
x
,Se
1-x
)
4
And Cu
2
ZnSnSe
4
Semiconductor Thin Films By Solvothermol Method
19.
Exploration Of Deep Ultraviolet Nonlinear Optical Crystals Of Alkali Metal Hydrated Borates
20.
Study On Preparation And Doping Of 11 System Iron-based Superconducting Materials
<<First
<Prev
Next>
Last>>
Jump to
