Keyword [Model Complex]
Result: 1 - 20 | Page: 1 of 3 |
| 1. | Research On Risk Management System |
| 2. | Synthesis, Characterization And Catalytic Activity Studies Of Phosphoester Model Complexes Containing Macrocyclic Polyamine |
| 3. | Investigations On Chemistry Of The New Types Of [FeFe] Hydrogenase Models With Single, Double And Triple-Butterfly [2Fe2S] Skeleton |
| 4. | Synthesis, Characterization And Photocatalytic Hydrogen Production Characteristics Of Non - Noble Metal Molecular Catalysts |
| 5. | Synthesis, Characterization And Reactivity Study Of Lipoxygenase Model Compounds |
| 6. | Synthesis,Characterization And Reactivity Study Of Polyphenol Oxidase Model Compounds |
| 7. | Synthesis, Characterization And Reactivity Of Model Ligands And Model Complexes For The Active Site Of Acireductone Dioxygenase |
| 8. | Synthesis, Characterization Of The Managnaese Model Complexes And Exploring Of Catalytic Mechanism |
| 9. | Synthesis, Characterization, And Catalytic Properties Of The Managnaese Catalase Model Compounds And Their Applications |
| 10. | Synthesis And Characterization Of Metal Complexes Of Azotic-heterocycle And Their Catalysis Study |
| 11. | Investigations Into The Electrocatalytic Synthesis And Electron Transfer Mechanism Of The Diiron Subsite Of [FeFe]-Hydrongenase Model Complex |
| 12. | Functional Molecular Design And Synthesis With The Mimicking Catalytic Bromination Property |
| 13. | Oxygen Bridge Multicore Iron Complexes |
| 14. | Synthesis And Reactivity Of Organometallic Complexes That Model The Active Site Of [Fe]-hydrogenase |
| 15. | Synthsis Of The Model Complex Of Metal Containing Hydrolysis Enzymes |
| 16. | Investigation On Biomimetic Chemistry Of The [FeFe]-and [NiFe]-Hydrogenase Active Sites |
| 17. | Synthesis,Structures And Properties Of [FeFe]-hydrogenase Models,Porphyrin-Fullerene Dyads And Porphyrin-Fullerene-[FeFe]-hydrogenase Model Triads |
| 18. | Designed Synthesis Of New Fe/E (E=S,Se) Cluster Compounds Related To [FeFe]-Hydrogenase Active Site |
| 19. | Modelling Study On [FeFe]-Hydrogenase Butterfly Active Site |
| 20. | Photoinduced Hydrogen Production By Fe-and Co-based Molecular Catalytic Systems |
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