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Keyword [active site]
Result: 21 - 40 | Page: 2 of 10
21. Research On The Stabilization Of Hemihydrate Calcium Sulfate Whiskers
22. First-principles Study On The Mechanism Of Pd-Cu-Clx/Al2O3Catalyst For Low-temperature CO Oxidation
23. The Corrosion Behavior Of Pure Magnesium
24. A Study Of The Important Amino Acid Lys29at The Active Site Of The Cyanobacteria FBP/SBPase And The Screening Of Its Inhibitors
25. Synthesis, Structures And Properties Of New Butterfly Fe/E(E=S,Se) Cluster Compounds Related To[FeFe]-hydrogenase Active Site
26. Sdudy On Nitrogen-doped Carbon Supported Transition Metal Electro-catalyst For Oxygen Reduction Reaction
27. Study On Electrocatalytic Activity And Reaction Mechanism Of M-apyr/C Catalysts In Alkaline Medium For Oxygen Reduction Reaction
28. Synthesis And Electrocatalytic Performance For Oxygen Reduction Of Iron-nitrogen-carbon Film Electrocatalysts
29. Metal Ion Interaction With The Activity Of Biological Macromolecules Locus Theory
30. The Active Site Of The Extraction Process Of Chinese Medicine Bitter Gourd Comparative Study
31. The Only Iron Hydrogenase Active Site Structure And Functional Simulation - The Two-iron Aza Mercaptide Synthesis, Structure And Electrochemical Research
32. The Only Iron Hydrogenase Active Center Chemistry Simulation
33. Novel Ferrocenyl The Only Iron Hydrogenase Active Center Mimics The Design, Synthesis, And Nature Study
34. Research Of Catalytic Performance And Active Sites Over Au/CuO-CeO2 Catalysts For Preferential CO Oxidation
35. Development Of Active Sites From Aloe Barbadensis Miller And Its Compound Health Food
36. Synthesis And Reactivity Of Organometallic Complexes That Model The Active Site Of [Fe]-hydrogenase
37. Sdudy On Non-precious Metal TM-N/C Catalyst For Oxygen Reduction Reaction In Sulfuric Acid
38. Synthesis, Characterization And Electrochemical Studies Of Hydrogenase Active Site Models
39. Investigation On Biomimetic Chemistry Of The [FeFe]-and [NiFe]-Hydrogenase Active Sites
40. Designed Synthesis Of New Fe/E (E=S,Se) Cluster Compounds Related To [FeFe]-Hydrogenase Active Site
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