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Keyword [Solution Combustion]
Result: 1 - 20 | Page: 1 of 5
1.
Controlled Synthesis And Catalytic Properties Of Nano-sized Rare Earth Oxides
2.
Preparation, Surface Modification And Spectrum Characteristics Of Nano-sized BaMgAl
10
O
17
:Eu~(2+) Blue Phosphor For PDP Application
3.
The Synthesis, Structure And Photocatalytic Study Of Visible-light Photocatalysts
4.
Practical Preparation Methods For ZnO Micro/Nano-Materials
5.
The Synthesis Of Lanthanum Cobalt Perovskite Type-oxides Catalysts And Its Catalytic Properties In Simultaneous Removal Of NOx And Soot
6.
Synthesis Of Cadmium Selenide And Barium Titanates Materials By Wet Chemical Methods In Aqueous System
7.
A Study On The Superfine ZrO
2
Powders Prepared By Low-Temperature Combustion Synthesis Technology
8.
The Study On Novel One-step Reaction For Catalytic Epoxidation Of Gaseous Cyclohexane
9.
A Series Of Perovskite LaMnO
3
Catalyst Were Synthesized By DL-Alanine Solution Combustion
10.
Re-doped Aluminum Acid Strontium Long Afterglow Materials And Characterization Of The Performance
11.
Study On The Nanocrystalline MgAl
2
O
4
Spinel Powder Prepared By Microwave-assisted Low-temperature Combustion Synthesis Technology
12.
Salt-assisted Solution Combustion Synthesis And Characterization Of Oxide Nanomaterials
13.
Synthesis Of Nd
3+
Doped Calcium Zirconate-based Changing Colour Pigment
14.
Salt-assisted Solution Combustion Synthesis And Characterization Of Y-TZP Nanopowders
15.
One-step In-situ Synthesis Of Bi-based Hybrid Photocatalysts And Their Visible Light Photocatalytic Activities
16.
Study On The Nanocrystalline Mgal
2
o
4
Spinel Powder Prepared By Microwave-assisted Low-temperature Combustion Synthesis Technology
17.
Nano-rare Earth Oxide In Salt To Help Solution Combustion Preparation And Catalytic Performance
18.
Solution Combustion Synthesis Of Yag Powder
19.
Nano The Abo <sub> 3 </ Sub>-type Rare Earth Oxides In The Preparation And Its Catalytic Performance
20.
The Catalytic Effect Of Oxalate And Spinel Type Oxides On The Thermal Decomposition Of Ap
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