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Keyword [Monolayer dispersion]
Result: 1 - 20 | Page: 1 of 2
1. Studies About Monolayer Dispersion And Structure Of Supported Oxide
2. Study On Monolayer Dispersion Binding States Of Sensitization Of Dye On The Surface Of Nanometer-Size TiO2
3. Design Of The Novel Supported Solidified Alkali Catalysts And Synthesis Researches Of Propylene Glycol Ether Acetate
4. Study On Monolayer Dispersion Binding States Of Inorganic Metal Ions On The Surface Of Nanometer-Size TiO2
5. The Study On Preparation Of Ammonia Composite Adsorbent
6. CO Adsorption Of The Three Types Of Porous Material And Modified β Zeolite
7. Preparation Of Pyrochlore Catalysts With High Performance For CO And CH4 Oxidation
8. The Optimum Preparation And Adsorption Performance Test Of Low-Temperature Composite Adsorbent
9. Tuning Al2O3Surface With SnO2Via Monolayer Dispersion Method To Prepare Improved Supports For Pd
10. Preparation And Modification Nickel-based Zirconium Oxide Catalyst For Methanation Reaction
11. The Influence Of Support Crystalline Structure On The Dispersion Behavior Of Supported Metal Oxides
12. Preparing Highly Efficient Catalysts For Soot Combustion For Diesel Cars
13. The Toluene Catalytic Oxidation Over Mn-Ce Mixed Oxides Synthesized Using Metal-organic Framework As Sacrificial Template
14. Structure-Activity Relationships Of Li+-doped NiO Solid Solution,NiO/CeO2 And CeO2/NiO Catalysts
15. Spontaneous Monolayer Dispersion Theory For Determination Of Cadmium By Solid Sampling Electrothermal Vaporization
16. The Preparation Of SnO2-Based Catalysts Materials For Reduction Of NOx By Propylene
17. Ni Supported On Pyrochlores For CH4 Reforming To Produce Hydrogen:The Effects Of Ni-Supports Interaction On The Reactivity
18. SnO2-supported RuO2 And Co3O4 For Toluene Combustion:Study The Monolayer Dispersion Behavior Of Metal Oxides And Threshold Effect
19. Design Catalysts For NOx-SCR With NH3 By Supporting Metal Oxides On ZSM-5 Zeolite On The Basis Of Monolayer Dispersion Theory
20. Preparation Of High-Resolution,Single-Layer Dispersed Silver Silica Gel And The Mechanism Of Gaseous Iodine Adsorption
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