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Keyword [Adsorption and reaction]
Result: 1 - 20 | Page: 1 of 3
1. FT-IR Spectroscopic Studies Of The Adsorption And Reaction Of Some Small Molecules On Supported Molybdenum Nitride Catalysts
2. Adsorption And Reaction Of Iron Protoporphyrin IX On Electrode Surfaces With In Situ Vibrational Spectroscopies
3. Layer-by-Layer Adsorption And Reaction Method For The Preparation Of Metal Phosphate Films And Their Functionalization
4. Electrochemical Surface-enhanced Infrared Spectra Of The Application And Development
5. Platinum Surface Modification And Electrocatalytic Reaction And Enhanced Infrared Spectroscopy
6. Electrochemical And SERS Studies Of Adsorption And Reaction Of Some Small Molecules At Pt-based Electrodes
7. Molecular Simulation Research On Mechanisms Of Adsorption,Reaction And Diffusion Of Cyclohexanone Ammoximation Over Titanium Silicalite-1
8. The First Principle Study Of CO Adsorption And Reaction On Transition Metal And Metal Oxide Surfaces
9. Theoretical Study Of Adsorption And Reaction Mechanism Of Acetylene Selective Hydrogenation On Pd(111)
10. NO Adsorption And Reaction On Single Crystal Rutile TiO2（110） Studied By UHV-FTIRS
11. Theoretical Study Of Methane Adsorption And Reaction On Ni/MgAl2O4 Catalysts
12. Adsorption And Reaction Of Small Molecules On Model Catalyst Surfaces
13. Research On The Mechanism, Characteristic And Evaluation Of Adsorption And Reaction For Indoor VOC Removal
14. Theoretical Study Of Adsorption And Reaction Mechanism On Ru,Cu And Au Surfaces
15. Surface Infrared Spectroscopic Study Of Electrocatalytic Adsorption And Reaction:Alcohol In Alkaline Solution And CO In Ionic Liquids
16. The First Principle Study Of Propylamine, Ethanol, Ethylene Adsorption And Reaction On Precious Metal Surfaces
17. Preparation And Properties Of Morpholgy Controllable ZnO/CdS Quantum Dots
18. Opto-electronic Properties Of CdSxSe1-x Semiconductor Nanocrystals
19. DFT Study Of Molecules Adsorption And Reaction On TiO2（110） And Graphene
20. Preparation And Optoelectronic Properties Of The Films Of Inorganic Semiconductors-sensitized TiO2 NanorodArrays
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