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Keyword [metal phosphides]
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1. Synthesis, Characterization Of Transition Metal Phosphides And Their Applications In Hydrazine Decomposition
2. HDS Activities Of Transition Metal Phosphides Catalysts Prepared Via A Sulfidation-reduction Procedure
3. Designed Synthesis And Formation Mechanism Of Metal Phosphide Nanostructures
4. Preparation Of Transition Metal Phosphides And Their Hydrogen Evolution Reaction Performance
5. The Snthesis Of2-phenylcyclohexanethiol And It’s Hdrodesulfurization Over Bulk Metal Phosphide Catalysts
6. Metal Phosphide-Embedded Porous Carbons As Highly Efficient Electrochemical Catalysts For Water Splitting
7. Preparation Of Metal Phosphides By Hydrogen Plasma Reduction And Their Catalytic Performance In Hydrodesulfurization
8. First-principles Calculations On The Metal Fluorides And Metal Phosphides
9. Synthesis, Modification And HDS/HDN Of Transition Metal Phosphides Catalysts
10. One Pot Synthesis Of Metal Phospide/Carbon Nanocomposites And Their Electrochemical Properties
11. Synthesis Of Supported Transition-metal Phosphides And Hydrodesulfurization Network Of DBT On Bulk CoP
12. Study On The Performance Of Hydrodeoxygenation Of Methyl Laurate Over SiO2-supported Transition Metal Phosphide Catalysts
13. Metal Phosphide Nano/micro Material Of Preparation, Characterization And Its Performance Research
14. HYD And HDS Of Model Compounds With Ni2P/CNTs
15. The Synthesis Of Transition Metals/Metal Phosphides Nano-material And Its Construction Of Amperometric Biosensor
16. Synthesis Of Transition Metal Phosphides And Their Performances For Electrocatalytic Water Splitting
17. Controlled Colloidal Preparation And Properties Of Transition Mental Dichalcogenides/Phosphide As Electrocatalyst For The Hydrogen Evolution Reaction
18. Synthesis Of Three-dimensional Nanomaterials And Their Applications As Electrode Materials For High-performance Supercapacitors
19. Design,Synthesis And Studies Of Transition Metal Phosphides For Artificial Photosynthesis
20. Preparation Of Ni-Based Intermetallic Compounds And Their Catalytic Performance For Selective Hydrogenation Of Phenylacetylene
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